The Impact of OpenAIs GPT 5. A New Era of AI | by Courtney Hamilton | Dec, 2023 – Medium

Introduction

OpenAI has recently made an exciting announcement that they are working on GPT 5, the next generation of their groundbreaking language model. This news comes hot on the heels of the release of GPT 4 Turbo, showcasing the rapid pace of AI development and OpenAIs commitment to pushing boundaries. GPT models have proven to be revolutionary, consistently delivering jawdropping improvements with each iteration. With OpenAIs evident enthusiasm for GPT 5 and CEO Sam Almans interview, it is clear that this next model will be nothing short of mind-blowing.

One of the most intriguing aspects of GPT 5 is the potential for video generation from text prompts. This capability could have a profound impact on various fields, from education to creative industries. Just imagine being able to transform a simple text description into high-quality video content. The possibilities are endless.

OpenAI plans to achieve this wizardry by focusing on scale. GPT 5 will require a vast amount of data and computing power to reach its full potential. It will analyze a wide range of data sets, including text, images, and audio. This multidimensional approach will allow GPT 5 to excel across different modalities. OpenAI is partnering with NVIDIAs cutting-edge GPUs and leveraging Microsofts Cloud infrastructure to ensure it has the necessary computational resources.

While an official release date for GPT 5 has not been announced, experts predict it could be launched sometime around mid to late 2024. OpenAI will undoubtedly take the time needed to meet their standards before releasing the model to the public. The wait may feel long, but rest assured, it will be worth it. Each iteration of GPT has shattered expectations, and GPT 5 promises to be the most powerful AI system yet.

However, with great power comes great responsibility. OpenAI recognizes the need for safeguards and constraints to prevent harmful outcomes. As GPT 5 potentially approaches the level of artificial general intelligence, questions arise about its autonomy and control. Balancing the potential benefits of increased intelligence with the risks it poses to society is an ongoing debate.

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The Impact of OpenAIs GPT 5. A New Era of AI | by Courtney Hamilton | Dec, 2023 - Medium

Forget Dystopian Scenarios AI Is Pervasive Today, and the Risks Are Often Hidden – The Good Men Project

ByAnjana Susarla, Michigan State University

The turmoil at ChatGPT-maker OpenAI, bookended by the board of directors firing high-profile CEO Sam Altman on Nov. 17, 2023, and rehiring him just four days later, has put a spotlight on artificial intelligence safety and concerns about the rapid development of artificial general intelligence, or AGI. AGI is loosely defined as human-level intelligence across a range of tasks.

The OpenAI board stated that Altmans termination was for lack of candor, but speculation has centered on a rift between Altman and members of the board over concerns that OpenAIs remarkable growth products such as ChatGPT and Dall-E have acquired hundreds of millions of users worldwide has hindered the companys ability to focus on catastrophic risks posed by AGI.

OpenAIs goal of developing AGI has become entwined with the idea of AI acquiring superintelligent capabilities and the need to safeguard against the technology being misused or going rogue. But for now, AGI and its attendant risks are speculative. Task-specific forms of AI, meanwhile, are very real, have become widespread and often fly under the radar.

As a researcher of information systems and responsible AI, I study how these everyday algorithms work and how they can harm people.

AI plays a visible part in many peoples daily lives, from face recognition unlocking your phone to speech recognition powering your digital assistant. It also plays roles you might be vaguely aware of for example, shaping your social media and online shopping sessions, guiding your video-watching choices and matching you with a driver in a ride-sharing service.

AI also affects your life in ways that might completely escape your notice. If youre applying for a job, many employers use AI in the hiring process. Your bosses might be using it to identify employees who are likely to quit. If youre applying for a loan, odds are your bank is using AI to decide whether to grant it. If youre being treated for a medical condition, your health care providers might use it to assess your medical images. And if you know someone caught up in the criminal justice system, AI could well play a role in determining the course of their life.

Many of the AI systems that fly under the radar have biases that can cause harm. For example, machine learning methods use inductive logic, which starts with a set of premises, to generalize patterns from training data. A machine learning-based resume screening tool was found to be biased against women because the training data reflected past practices when most resumes were submitted by men.

The use of predictive methods in areas ranging from health care to child welfare could exhibit biases such as cohort bias that lead to unequal risk assessments across different groups in society. Even when legal practices prohibit discrimination based on attributes such as race and gender for example, in consumer lending proxy discrimination can still occur. This happens when algorithmic decision-making models do not use characteristics that are legally protected, such as race, and instead use characteristics that are highly correlated or connected with the legally protected characteristic, like neighborhood. Studies have found that risk-equivalent Black and Latino borrowers pay significantly higher interest rates on government-sponsored enterprise securitized and Federal Housing Authority insured loans than white borrowers.

Another form of bias occurs when decision-makers use an algorithm differently from how the algorithms designers intended. In a well-known example, a neural network learned to associate asthma with a lower risk of death from pneumonia. This was because asthmatics with pneumonia are traditionally given more aggressive treatment that lowers their mortality risk compared to the overall population. However, if the outcome from such a neural network is used in hospital bed allocation, then those with asthma and admitted with pneumonia would be dangerously deprioritized.

Biases from algorithms can also result from complex societal feedback loops. For example, when predicting recidivism, authorities attempt to predict which people convicted of crimes are likely to commit crimes again. But the data used to train predictive algorithms is actually about who is likely to get re-arrested.

The Biden administrations recent executive order and enforcement efforts by federal agencies such as the Federal Trade Commission are the first steps in recognizing and safeguarding against algorithmic harms.

And though large language models, such as GPT-3 that powers ChatGPT, and multimodal large language models, such as GPT-4, are steps on the road toward artificial general intelligence, they are also algorithms people are increasingly using in school, work and daily life. Its important to consider the biases that result from widespread use of large language models.

For example, these models could exhibit biases resulting from negative stereotyping involving gender, race or religion, as well as biases in representation of minorities and disabled people. As these models demonstrate the ability to outperform humans on tests such as the bar exam, I believe that they require greater scrutiny to ensure that AI-augmented work conforms to standards of transparency, accuracy and source crediting, and that stakeholders have the authority to enforce such standards.

Ultimately, who wins and loses from large-scale deployment of AI may not be about rogue superintelligence, but about understanding who is vulnerable when algorithmic decision-making is ubiquitous.

Anjana Susarla, Professor of Information Systems, Michigan State University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

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Forget Dystopian Scenarios AI Is Pervasive Today, and the Risks Are Often Hidden - The Good Men Project

The Era of AI: 2023’s Landmark Year – CMSWire

The Gist

As we approach the end of another year, it's becoming increasingly clear that we are navigating through the burgeoning era of AI, a time that is reminiscent of the early days of the internet, yet poised with a transformative potential far beyond. While we might still be at what could be called the "AOL stages" of AI development, the pace of progress has been relentless, with new applications and capabilities emerging daily, reshaping every facet of our lives and businesses.

In a manner once attributed to divine influence and later to the internet itself, AI has become a pervasive force it touches everything it changes, and indeed, changes everything it touches. This article will recap the events that impacted the world of AI in 2023, including the evolution and growth of AI, regulations, legislation and petitions, the saga of Sam Altman, and the pursuit of Artificial General Intelligence (AGI).

The latest in the saga of AI began late last year, on Nov. 30, 2022, when OpenAI announced the release of ChatGPT 3.5, the second major release of the GPT language model capable of generating human-like text, which signified a major step in improving how we communicate with machines. Since then, its been a very busy year for AI, and there has rarely been a week that hasnt seen some announcement relating to it.

The first half of 2023 was marked by a series of significant developments in the field of AI, reflecting the rapid pace of innovation and its growing impact across various sectors. So far, the rest of the year hasnt shown any signs of slowing down. In fact, the emergence of AI applications across industries seems to have increased its pace. Here is an abbreviated timeline of the major AI news of the year:

February 13, 2023: Stanford scholars developed DetectGPT, the first in a forthcoming line of tools designed to differentiate between human and AI-generated text, addressing the need for oversight in an era where discerning the source of information is crucial. The tool came after the release of ChatGPT 3.5 prompted teachers and professors to become alarmed at the potential of ChatGPT to be used for cheating.

February 23, 2023: The launch of an open-source project called AgentGPT, which runs in a browser and uses OpenAI's ChatGPT to execute complex tasks, further demonstrated the versatility and practical applications of AI.

February 24, 2023: Meta, formerly known as Facebook, launched Llama, a large language model with 65 billion parameters, setting new benchmarks in the AI industry.

March 14, 2023: OpenAI released GPT 4, a significantly enhanced model over its predecessor, ChatGPT 3.5, raising discussions in the AI community about the potential inadvertent achievement of Artificial General Intelligence (AGI).

March 20, 2023: Studies examined the responses of GPT 3.5 and GPT 4 to clinical questions, highlighting the need for refinement and evaluation before relying on AI language models in healthcare. GPT 4 outperformed previous models, achieving an average score of 86.65% and 86.7% on the Self-Assessment and Sample Exam of the USMLE tests, with GPT 3.5 achieving 53.61% and 58.78%.

March 21, 2023: Googles focus on AI during its Google I/O event included the release of Bard, a ChatGPT competitor, and other significant announcements about its forthcoming large language models and integrations into Google Workspace and Gmail.

March 21, 2023: Nvidia's announcement of Picasso Cloud Services for creating large language and visual models, aimed at larger enterprises, underscored the increasing interest of major companies in AI technologies.

March 23, 2023: OpenAI's launch of Plugins for GPT expanded the capabilities of GPT models, allowing them to connect to third-party services via an API.

March 30, 2023: AutoGPT was released, with the capability to execute and improve its responses to prompts autonomously. This advancement in AI technology showcased a significant step toward greater autonomy in AI systems, and came with the ability to be installed on users local PCs, allowing individuals to have a large language model AI chat application in their homes without the need for internet access.

April 4, 2023: An unsurprising study discovered that participants could only differentiate between human and AI-generated text with about 50% accuracy, similar to random chance.

April 13, 2023: AWS announced Bedrock, a service making Fundamental AI Models from various labs accessible via an API, streamlining the development and scaling of generative AI-based applications.

May 23, 2023: OpenAI revealed plans to enhance ChatGPT with web browsing capabilities using Microsoft Bing and additional plugins for Plus subscribers, which would initially become available to ChatGPT Plus subscribers.

July 18, 2023: In a study, ChatGPT, particularly GPT 4, was found to be able to outperform medical students in responding to complex clinical care exam questions.

August 6, 2023: The EU AI Act, announced on this day, was one of the world's first legal frameworks for AI, and saw major developments and negotiations in 2023, with potential global implications, though it was still being hashed out in mid-December.

September 8, 2023: A study revealed that AI detectors, designed to identify AI-generated content, exhibit low reliability, especially for content created by non-native English speakers, raising ethical concerns. This has been an ongoing concern for both teachers and students, as these tools regularly present original content as being produced by AI, and AI-generated content as being original.

September 21, 2023: OpenAI announced that Dall-E 3, its text-to-image generation tool, would soon be available to ChatGPT Plus users.

November 4, 2023: Elon Musk announced the latest addition to the world of generative AI: Grok. Musk said that Grok promises to "break the mold of conventional AI," is said to respond with provocative answers and insights, and will welcome all manner of queries.

November 21, 2023: Microsoft unveiled Bing Chat 2.0 now called Copilot a major upgrade to its own chatbot platform, which leverages a hybrid approach of combining generative and retrieval-based models to provide more accurate and diverse responses.

November 22, 2023: With the release of Claude 2.1, Anthropic announced an expansion in Claude's capabilities, enabling it to analyze large volumes of text rapidly, a development favorably compared to the capabilities of ChatGPT.

December 6, 2023: Google announces its OpenAI rival, Gemini, which is multimodal, can generalize and seamlessly understand, operate across and combine different types of information, including text, images, audio, video and code.

These were only a very small portion of 2023s AI achievements and events, as nearly every week a new generative AI-driven application was being announced, including specialized AI-driven chatbots for specific use cases, applications, and industries. Additionally, there was often news of interactions with and uses of AI, AI jailbreaks, predictions about the potential dystopian future it may bring, proposals of regulations, legislation and guardrails, and petitions to stop developing the technology.

Shubham A. Mishra, co-founder and global CEO at AI marketing pioneer Pixis, told CMSWire that in 2023, the world focused on building the technology and democratizing it. "We saw people use it, consume it, and transform it into the most effective use cases to the point that it has now become a companion for them," said Mishra. "It has become such an integral part of its user's day-to-day functions that they don't even realize they are consuming it."

Many view 2023 as the year of generative AI but we are only beginning to tap into the potential applications of the technology. We are still trying to harness the full potential of generative AI across different use cases. In 2024, the industry will witness major shifts, be it a rise or fall in users and applications, said Mishra. There may be a rise in the number of users, but there will also be a second wave of Generative AI innovations where there will be an incremental rise in its applications.

Related Article:Harnessing AI: Top Use Cases for Digital Commerce

Anthony Yell, chief creative officer at interactive agency, Razorfish, told CMSWire that as a chief creative officer, he and his team have seen generative AI stand out by democratizing creativity, making it more accessible and enhancing the potential for those with skills and experience to reach new creative heights. "This technology has introduced the concept of a 'creative partner' or 'creative co-pilot,' revolutionizing our interaction with creative processes."

Yell believes that this era is about marrying groundbreaking creativity with responsible innovation, ensuring that AI's potential is harnessed in a way that respects brand identity and maintains consumer trust. This desire for responsibility and trust is something that is core to the acceptance of what has been and will continue to be a very disruptive technology. As such, 2023 has included many milestones in the quest for AI responsibility, safety, regulations, ethics, and controls. Here are some of the most impactful regulatory AI events in 2023.

February 28, 2023: Former Google engineer Blake Lemoine, who was fired in 2022 for going to the press with claims that Google LaMDA is actually sentient, was back in the news doubling down on his claim.

March 22, 2023: A group of technology and business leaders, including Elon Musk, Steve Wozniak and tech leaders from Meta, Google and Microsoft, signed an open letter hosted by the Future of Life Institute urging AI organizations to pause new developments in AI, citing risks to society. The letter stated that "we call on all AI labs to immediately pause for at least 6 months the training of AI systems more powerful than GPT 4."

May 16, 2023: Sam Altman, CEO and co-founder of OpenAI, spoke with members of Congress to regulate AI due to the inherent risks that are posed by the technology.

May 30, 2023: AI industry leaders and researchers signed a statement hosted by the Center for AI Safety warning of the "extinction risk posed by AI." The statement said that Mitigating the risk of extinction from AI should be a global priority alongside other societal-scale risks such as pandemics and nuclear war, and was signed by OpenAI CEO Sam Altman, Geoffrey Hinton, Google DeepMind and Anthropic executives and researchers, Microsoft CTO Kevin Scott, and security expert Bruce Schneier.

October 31, 2023: President Biden signed the sweeping Executive Order on Artificial Intelligence, which was designed to establish new standards for AI safety and security, protect Americans privacy, advance equity and civil rights, stand up for consumers and workers, promote innovation and competition, and advance American leadership around the world.

November 14, 2023: The DHS Cybersecurity and Infrastructure Security Agency (CISA) released its initial Roadmap for Artificial Intelligence, leading the way to ensure safe and secure AI development in the future. The CISA AI roadmap came in response to President Biden's October 2023 Executive Order on Artificial Intelligence.

December 11, 2023: The European Commission and the bloc's 27 member countries reached a deal on the world's first comprehensive AI rules, opening the door for the legal oversight of AI technology.

Rubab Rizvi, chief data scientist at Brainchild, a media agency affiliated with the Publicis Groupe, told CMSWire that from predictive analytics to seamless automation, the rapid embrace of AI has not only elevated efficiency but has also opened new frontiers for innovation, shaping a dynamic landscape that keeps us on our toes and fuels the excitement of what's to come.

The generative AI we've come to embrace in 2023 hasn't just been about enhancing personalization, she said. "It's becoming your digital best friend, offering tailored experiences that elevate brand engagement to a new level," said Rizvi. "This calls for proper governance and guardrails. As generative AI can potentially expose new previously inaccessible data, we must ensure that we are disciplined in protecting ourselves and our unstructured data." Rizvi aptly reiterated what many have said throughout the year: Dont blindly trust the machine."

Related Article: The Evolution of AI Chatbots: Past, Present and Future

OpenAI was the organization that officially started the era of AI with the announcement and introduction of ChatGPT 3.5 in 2022. In the year that followed, OpenAI ceaselessly worked to continue the evolution of AI, and has been no stranger to its share of both conspiracies and controversies. This came to a head late in the year, when the organization surprised everyone with news regarding its CEO, Sam Altman.

November, 17, 2023: The board of OpenAI fired co-founder and CEO Sam Altman, stating that a review board found he was not consistently candid in his communications and that "the board no longer has confidence in his ability to continue leading OpenAI.

November, 20, 2023: Microsoft hired former OpenAI CEO Sam Altman and co-founder Greg Brockman, with Microsoft CEO Satya Nadella announcing that Altman and Brockman would be joining to lead Microsofts new advanced AI research team, and that Altman would become CEO of the new group.

November 22, 2023: OpenAI rehired Sam Altman as its CEO, stating that it had "reached an agreement in principle for Sam Altman to return to OpenAI as CEO," along with significant changes in its non-profit board.

November 24, 2023: It was suggested that prior to Altmans firing, OpenAI researchers sent a letter to its board of directors warning of a new AI discovery that posed potential risks to humanity. The discovery, which has been referred to as Project Q*, was said to be a breakthrough in the pursuit of AGI, and reportedly influenced the board's firing of Sam Altman because of concerns that he was rushing to commercialize the new AI advancement without fully understanding its implications.

The quest for AGI, (something that Microsoft has since said could take decades), is an advanced form of AI characterized by self-learning capabilities and proficiency in a wide range of tasks, and stands as a cornerstone objective in the AI field. AGI could potentially seek to develop machines that mirror human intelligence, with the ability to understand, learn, and adeptly apply knowledge across diverse contexts, surpassing human performance in various domains.

Reflecting on 2023, we have witnessed a landmark year in AI, marked by groundbreaking advancements. Amidst these innovations, the year has also been pivotal in addressing the ethical, safety, and regulatory aspects of AI. As we conclude the year, the progress in AI not only showcases human ingenuity but also sets the stage for future challenges and opportunities, emphasizing the need for responsible stewardship of this transformative yet disruptive technology.

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The Era of AI: 2023's Landmark Year - CMSWire

The Most Important AI Innovations of 2024 | by AI News | Dec, 2023 – DataDrivenInvestor

Photo by Johannes Plenio on Unsplash

In the fast-paced realm of artificial intelligence (AI), 2024 will be a transformative year, marking a profound shift in our understanding of AI capabilities and its real-world applications. While some developments have been a culmination of years of progress, others have emerged as groundbreaking innovations. In this article, well explore the most important AI innovations that will define 2024.

The term multimodality may sound technical, but its implications are revolutionary. In essence, it refers to an AI systems ability to process diverse types of data, extending beyond text to include images, video, audio, and more. In 2023, the public witnessed the debut of powerful multimodal AI models, with OpenAIs GPT-4 leading the way. This model allows users to upload not only text but also images, enabling the AI to see and interpret visual content.

Google DeepMinds Gemini, unveiled in December, further advanced multimodality, showcasing the models capacity to work with images and audio. This breakthrough opens doors to endless possibilities, such as seeking dinner suggestions based on a photo of your fridge contents. According to Shane Legg, co-founder of Google DeepMind, the shift towards fully multimodal AI marks a significant landmark, indicating a more grounded understanding of the world.

The promise of multimodality extends beyond mere utility; it enables models to be trained on diverse data sets, including images, video, and audio. This wealth of information enhances the models capabilities, propelling them towards the ultimate goal of artificial general intelligence that matches human intellect.

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The Most Important AI Innovations of 2024 | by AI News | Dec, 2023 - DataDrivenInvestor

Iran, a pioneer in nanotechnology – Press TV

Iran has made nanotechnology a priority in recent years, achieving remarkable success. The nanotechnology research website StatNano has ranked Iran as fourth in the world in nanotechnology publications.

The number of scientific articles is deemed a significant parameter for measuring and comparing scientific development, according to StatNano that provides the global and regional ranking of the main indicators of nano science, technology, and industry. China was atop the rankings, followed by the United States and India.

International entities have acknowledged Iranian contributions to the field. In February 2022, the American Institute of Physics published a scholarly article on the use of nanomaterials for cancer treatment by Iranian scientists.

Among Iran's nanotechnology products, 42% are related to construction, 17% to petroleum and 13% to automobile manufacturing.

Nanotechnology refers to industrial production from atomic and molecule-sized matter. It leverages the properties of nanoparticles into a wide range of applications spanning a vast number of industries. Key accomplishments in the field of nanotechnology can be seen across a wide variety of engineering, energy and medical sectors.

The field is important because it is changing the world. It is a broad discipline that includes diverse scientific fields such as surface science, molecular biology, molecular engineering, organic chemistry, energy storage, and semiconductor physics.

Many experts believe that nanotechnology will bring about a new era of productivity and wealth, and this is reflected in the growth in public investment in technologies and research over the past two decades.

Nanotechnology has become one of the pillars of modern scientific research. The evolution of nano-based products and nanomaterials in the past few years has immensely benefited the entire economy and society.

Over the last two decades, the world has observed a steady increase in the number of industries producing nano-based products and the number of countries promoting nanotechnology. There is a continuous increase in the number of patents registered under nanotechnology worldwide. More importantly, the ratio of nanotechnology to nominal GDP has increased significantly, suggesting that the contribution of nanotechnology to World GDP has increased. Nanotechnology has also played a key role in new job creation.

Many developing nations such as Brazil, India, the Philippines, Chile, Mexico, and South Africa are emerging as frontrunners in nanotechnology research. Iran is a success story, having established government-funded programs and research institutes to push the envelope of nanotechnology.

The Islamic Republic initiated its national nanotechnology development plan referred to as "Future Strategy" in 2005, after being advised by several scholars about the impact of that the technology could have on its wealth and economy.

State planners decided that developing nanotechnology could help Iran address its chronic economic woes resulting from US sanctions and mismanagement.

Nanotechnology can help Iran renovate the industries which are using old technologies and make them competitive. The field is also best placed to halt the migration of professionals from the country. High efciency, convenience, and the low price of nanotechnology products can boost demand and create a high level of satisfaction. Nanotechnology is also crucial to sustainable economic development.

Over the past few years, doctoral courses related to nanotechnology have been established in 23 Iranian universities in such fields as nanochemistry, nanophysics, nanomaterials and nanomedicine. Also, 66 universities accept students for the master's degree program.

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Iran, a pioneer in nanotechnology - Press TV

Policy makers should plan for superintelligent AI, even if it never happens – Bulletin of the Atomic Scientists

Experts from around the world are sounding alarm bells to signal the risks artificial intelligence poses to humanity. Earlier this year, hundreds of tech leaders and AI specialists signed a one-sentence letter released by the Center for AI Safety that read mitigating the risk of extinction from AI should be a global priority alongside other societal-scale risks such as pandemics and nuclear war. In a2022 survey, half of researchers indicated they believed theres at least a 10 percent chance human-level AI causes human extinction. In June, at the Yale CEO summit, 42 percent of surveyed CEOsindicated they believe AI could destroy humanity in the next five to 10 years.

These concerns mainly pertain to artificial general intelligence (AGI), systems that can rival human cognitive skills and artificial superintelligence (ASI), machines with capacity to exceed human intelligence. Currently no such systems exist. However, policymakers should take these warnings, including the potential for existential harm, seriously.

Because the timeline, and form, of artificial superintelligence is uncertain, the focus should be on identifying and understanding potential threats and building the systems and infrastructure necessary to monitor, analyze, and govern those risks, both individually and as part of a holistic approach to AI safety and security. Even if artificial superintelligence does not manifest for decades or even centuries, or at all, the magnitude and breadth of potential harm warrants serious policy attention. For if such a system does indeed come to fruition, a head start of hundreds of years might not be enough.

Prioritizing artificial superintelligence risks, however, does not mean ignoring immediate risks like biases in AI, propagation of mass disinformation, and job loss. An artificial superintelligence unaligned with human values and goals would super charge those risks, too. One can easily imagine how Islamophobia, antisemitism, and run-of-the-mill racism and biasoften baked into AI training datacould affect the systems calculations on important military or diplomatic advice or action. If not properly controlled, an unaligned artificial superintelligence could directly or indirectly cause genocide, massive job loss by rendering human activity worthless, creation of novel biological weapons, and even human extinction.

The threat. Traditional existential threats like nuclear or biological warfare can directly harm humanity, but artificial superintelligence could create catastrophic harm in myriad ways. Take for instance an artificial superintelligence designed to protect the environment and preserve biodiversity. The goal is arguably a noble one: A 2018 World Wildlife Foundation report concluded humanity wiped out 60 percent of global animal life just since 1970, while a 2019 report by the United Nations Environment Programme showed a million animal and plant species could die out in decades. An artificial superintelligence could plausibly conclude that drastic reductions in the number of humans on Earthperhaps even to zerois, logically, the best response. Without proper controls, such a superintelligence might have the ability to cause those logical reductions.

A superintelligence with access to the Internet and all published human material would potentially tap into almost every human thoughtincluding the worst of thought. Exposed to the works of the Unabomber, Ted Kaczynski, it might conclude the industrial system is a form of modern slavery, robbing individuals of important freedoms. It could conceivably be influenced by Sayyid Qutb, who provided the philosophical basis for al-Qaeda, or perhaps by Adolf Hitlers Mein Kampf, now in the public domain.

The good news is an artificial intelligenceeven a superintelligencecould not manipulate the world on its own. But it might create harm through its ability to influence the world in indirect ways. It might persuade humans to work on its behalf, perhaps using blackmail. Or it could provide bad recommendations, relying on humans to implement advice without recognizing long-term harms. Alternatively, artificial superintelligence could be connected to physical systems it can control, like laboratory equipment. Access to the Internet and the ability to create hostile code could allow a superintelligence to carry out cyber-attacks against physical systems. Or perhaps a terrorist or other nefarious actor might purposely design a hostile superintelligence and carry out its instructions.

That said, a superintelligence might not be hostile immediately. In fact, it may save humanity before destroying it. Humans face many other existential threats, such as near-Earth objects, super volcanos, and nuclear war. Insights from AI might be critical to solve some of those challenges or identify novel scenarios that humans arent aware of. Perhaps an AI might discover novel treatments to challenging diseases. But since no one really knows how a superintelligence will function, its not clear what capabilities it needs to generate such benefits.

The immediate emergence of a superintelligence should not be assumed. AI researchers differ drastically on the timeline of artificial general intelligence, much less artificial superintelligence. (Some doubt the possibility altogether.) In a 2022 survey of 738 experts who published during the previous year on the subject, researchers estimated a 50 percent chance of high-level machine intelligenceby 2059. In an earlier, 2009 survey, the plurality of respondents believed an AI capable of Nobel Prize winner-level intelligence would be achieved by the 2020s, while the next most common response was Nobel-level intelligence would not come until after the 2100 or never.

As philosopher Nick Bostrom notes, takeoff could occur anywhere from a few days to a few centuries. The jump from human to super-human intelligence may require additional fundamental breakthroughs in artificial intelligence. But a human-level AI might recursively develop and improve its own capabilities, quickly jumping to super-human intelligence.

There is also a healthy dose of skepticism regarding whether artificial superintelligence could emerge at all in the near future, as neuroscientists acknowledge knowing very little about the human brain itself, let alone how to recreate or better it. However, even a small chance of such a system emerging is enough to take it seriously.

Policy response. The central challenge for policymakers in reducing artificial superintelligence-related risk is grappling with the fundamental uncertainty about when and how these systems may emerge balanced against the broad economic, social, and technological benefits that AI can bring. The uncertainty means that safety and security standards must adapt and evolve. The approaches to securing the large language models of today may be largely irrelevant to securing some future superintelligence-capable model. However, building policy, governance, normative, and other systems necessary to assess AI risk and to manage and reduce the risks when superintelligence emerges can be usefulregardless of when and how it emerges. Specifically, global policymakers should attempt to:

Characterize the threat. Because it lacks a body, artificial superintelligences harms to humanity are likely to manifest indirectly through known existential risk scenarios or by discovering novel existential risk scenarios. How such a system interacts with those scenarios needs to be better characterized, along with tailored risk mitigation measures. For example, a novel biological organism that is identified by an artificial superintelligence should undergo extensive analysis by diverse, independent actors to identify potential adverse effects. Likewise, researchers, analysts, and policymakers need to identify and protect, to the extent thats possible, critical physical facilities and assetssuch as biological laboratory equipment, nuclear command and control infrastructure, and planetary defense systemsthrough which an uncontrolled AI could create the most harm.

Monitor. The United States and other countries should conduct regular comprehensive surveys and assessment of progress, identify specific known barriers to superintelligence and advances towards resolving them, and assess beliefs regarding how particular AI-related developments may affect artificial superintelligence-related development and risk. Policymakers could also establish a mandatory reporting system if an entity hits various AI-related benchmarks up to and including artificial superintelligence.

A monitoring system with pre-established benchmarks would allow governments to develop and implement action plans for when those benchmarks are hit. Benchmarks could include either general progress or progress related to specifically dangerous capabilities, such as the capacity to enable a non-expert to design, develop, and deploy novel biological or chemical weapons, or developing and using novel offensive cyber capabilities. For example, the United States might establish safety laboratories with the responsibility to critically evaluate a claimed artificial general intelligence against various risk benchmarks, producing an independent report to Congress, federal agencies, or other oversight bodies. The United Kingdoms new AI Safety Institute could be a useful model.

Debate. A growing community concerned about artificial superintelligence risks are increasingly calling for decelerating, or even pausing, AI development to better manage the risks. In response, the accelerationist community is advocating speeding up research, highlighting the economic, social, and technological benefits AI may unleash, while downplaying risks as an extreme hypothetical. This debate needs to expand beyond techies on social media to global legislatures, governments, and societies. Ideally, that discussion should center around what factors would cause a specific AI system to be more, or less, risky. If an AI possess minimal risk, then accelerating research, development, and implementation is great. But if numerous factors point to serious safety and security risks, then extreme care, even deceleration, may be justified.

Build global collaboration. Although ad hoc summits like the recent AI Safety Summit is a great start, a standing intergovernmental and international forum would enable longer-term progress, as research, funding, and collaboration builds over time. Convening and maintaining regular expert forums to develop and assess safety and security standards, as well as how AI risks are evolving over time, could provide a foundation for collaboration. The forum could, for example, aim to develop standards akin to those applied to biosafety laboratories with scaling physical security, cyber security, and safety standards based on objective risk measures. In addition, the forum could share best practices and lessons learned on national-level regulatory mechanisms, monitor and assess safety and security implementation, and create and manage a funding pool to support these efforts. Over the long-term, once the global community coalesces around common safety and security standards and regulatory mechanisms, the United Nations Security Council (UNSC) could obligate UN member states to develop and enforce those mechanisms, as the Security Council did with UNSC Resolution 1540 mandating various chemical, biological, radiological, and nuclear weapons nonproliferation measures. Finally, the global community should incorporate artificial superintelligence risk reduction as one aspect in a comprehensive all-hazards approach, addressing common challenges with other catastrophic and existential risks. For example, the global community might create a council on human survival aimed at policy coordination, comparative risk assessment, and building funding pools for targeted risk reduction measures.

Establish research, development, and regulation norms within the global community. As nuclear, chemical, biological, and other weapons have proliferated, the potential for artificial superintelligence to proliferate to other countries should be taken seriously. Even if one country successfully contains such a system and harnesses the opportunities for social good, others may not. Given the potential risks, violating AI-related norms and developing unaligned superintelligence should justify violence and war. The United States and the global community have historically been willing to support extreme measures to enforce behavior and norms concerning less risky developments. In August 2013, former President Obama (in)famously drew a red line on Syrias use of chemical weapons, noting the Assad regimes use would lead him to use military force in Syria. Although Obama later demurred, favoring a diplomatic solution, in 2018 former President Trump later carried out airstrikes in response to additional chemical weapons usage. Likewise, in Operation Orchard in 2007, the Israeli Air Force attacked the Syrian Deir ez-Zor site, a suspected nuclear facility aimed at building a nuclear weapons program.

Advanced artificial intelligence poses significant risks to the long-term health and survival of humanity. However, its unclear when, how, or where those risks will manifest. The Trinity Test of the worlds first nuclear bomb took place almost 80 years ago, and humanity has yet to contain the existential risk of nuclear weapons. It would be wise to think of the current progress in AI as our Trinity Test moment. Even if superintelligence takes a century to emerge, 100 years to consider the risks and prepare might still not be enough.

Thanks to Mark Gubrud for providing thoughtful comments on the article.

Link:

Policy makers should plan for superintelligent AI, even if it never happens - Bulletin of the Atomic Scientists

A Christmas Story (after the technological singularity) | by Laszlo Fazekas | Dec, 2023 – Medium

I despise Christmas. The city becomes like a pestering showroom, seemingly designed to provoke me. Flaunting what they have: Christmas trees, gifts, loving families gathering around the tree once a year like in the movies. I once had a family too a beautiful wife and a lovely daughter. But I screwed it up My wife left and took our daughter with her. They might be living in England now. I know nothing about them. I cant even be angry; after all, I was the one who drove them away. Since then, Christmas for me has been about loneliness. About how people constantly remind me of what Ive lost. But this Christmas will be different. This year, Ill have a tree too. I will be the tree. Ive picked out a sturdy roof beam. Thats where Ill hang myself. I thought it would be easier, but Ive realized that this actually requires the most courage. Being suicidal isnt simple. So, I jumped down to the store for a bottle of whiskey, to drink up some bravery one last time.

The street was completely deserted. There was no sign of life, except for that one convenience store where I finally managed to get some booze. I paid for it; the cashier wished me a Merry Christmas. I just shrugged and walked out the door. Why not start drinking right now? I opened the bottle and took a big swig. The whiskey scraped its way down my throat, and then became a warmth in my stomach, which felt particularly good on this cold winter night. After a few sips, when my steps began to wobble, I decided to stop for a moment to relieve myself. Thats when I noticed the homeless person on the street corner. He wore tattered white clothes, possibly burlap. Maybe he stole it from a nearby nativity scene. The light played a strange game on his body as if he was glowing. Or maybe it was just my eyes playing tricks, which wouldnt be surprising after downing half a bottle of whiskey in about fifteen minutes.

Why not, after all? Im not in such a hurry to hang myself that I cant spare a few minutes for a half-crazed man.

The homeless man just nodded, then took a sip of the whiskey. Thats when it hit me where I recognized this face from. No, not an old friend. The last time I saw him was in the church. A very long time ago, when I still went to such places. It was Jesus himself sitting next to me, looking exactly as he was depicted in the church.

I sat there with the most influential man in the world on an empty street, sharing a bottle of whiskey. He seemed so real, but I knew it couldnt be true. For a few moments, I just stared blankly, then he broke the silence.

At that point, I took a big gulp of whiskey.

That last gulp might have been unnecessary. I started to feel dizzy, and the world became increasingly blurry. Finally, everything melted away

I felt a pressure on my chest. Slowly, I opened my eyes and stretched widely. A fire flickered in the fireplace, and Katy, my little girl, was sitting on my stomach.

I clambered out of bed and rubbed my eyes. Under the ceiling-high tree, the presents were already laid out. Annie had taken care of everything, and let me sleep until this little imp jumped on my stomach. By the time I came to my senses, Katy was already unwrapping the gifts, then suddenly stopped for a moment and turned towards me.

I watched Katy unwrap the presents, and a feeling of otherworldly joy washed over me. This is my gift. I had forgotten how much I adore Christmas.

I wish you a merry Christmas!

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A Christmas Story (after the technological singularity) | by Laszlo Fazekas | Dec, 2023 - Medium

These Were the 10 Most Popular Singularity Hub Stories of 2023 – Singularity Hub

With the year almost in the books, were taking a look at Singularity Hubs most-read articles in 2023.

Theres no doubt the year belonged to AI, and coverage of DeepMinds definition of artificial general intelligence, one of the fields most controversial topics, grabbed readers attention. But AI didnt dominate the list. Amid high interest rates, expensive homes, and inflation, the future of housinga 3D printed house that could cost as little as a carand energykickstarting the worlds biggest fusion reactorwere on peoples minds. Discoveries in longevity and the neuroscience of cognition, memory, and creativityAI-adjacent topicslikewise struck a chord. And even as metaverse news faded, a story on the rapid democratization of 3D scanning technologies sparked the imagination.

It was another wild year in science and tech. As always, thanks for reading!

This 3D-Printed House Goes Up in 2 Days and Costs the Same as a Car By Vanessa Bates Ramirez 3D printing is becoming more popular as a construction method, with multiple companiesbuildingentire3D-printed neighborhoodsin variousparts of the world. But the technique hascome under scrutiny, with critics saying its not nearly as cost-effective nor environmentally friendly as advocates claim. A Japanese company calledSerendix is hoping to be a case to the contrary; the company is 3D printing tiny homes that cost just $37,600.

Scientists Find the Source of a Mysterious Brain Wave That Could Boost Memory and Creativity By Shelly Fan For decades, [theta waves] waves have taunted neuroscientists trying to decipher their functions. [They] seem to help mice navigate mazes, but also support memory in humans. Its not just academic curiosity. Our ability to navigate complex new environments and keep those memories declines with age. Its especially tough for people with Alzheimers disease. By finding the source of theta waves, we could potentially enhance themusing neurostimulation or other methodsto slow cognitive decline.

Newly Discovered Spirals of Brain Activity May Help Explain Cognition By Shelly Fan For the cortex to properly function, communication between each region is key. In a series of tests, brain spirals seem to be the messenger, organizing local neural networks across the cortex into a coherent computing processor. By analyzing these spiral wave fingerprints, the team found they could classify different stages of cognitive processing using brain images alone. Finding turbulence in the brain is another step towards understanding how our biological computer works and could inspire the creation of future brain-based machines.

Scientists Fire Up the Worlds Largest Fusion Reactor for the First Time By Edd Gent [In October], scientists working on the JT-60SA experimental reactor at the National Institutes for Quantum Science and Technology in the city of Naka achieved first plasma, according to Science. That effectively means the machine was successfully switched on but is still a long way from carrying out meaningful tests or producing any power. Nonetheless, its a significant milestone for a reactor meant to pave the way for the much larger ITER reactor being built in France, which is expected to be the first of its kind to generate more power than it uses.

Scientists Studied 348 Mammals to Discover Why Some Live for Months While Others Last Centuries By Shelly Fan The tour-de-force study,published [in Science], covered nearly 15,500 samples from 348 mammalian species both small and large. The entire animal register looks like the population of an international zoo. Theres a reason for analyzing the animal kingdom in all its glorious diversity. By studying mammals using the same biological clock and comparing each profile, we can begin to parse genomic hot spots that govern aging and lifespan, in turn homing in on methods to regulate those spots and delay or even reverse the aging process.

This Longevity Study Across 5 Species Found a New Pathway to Reverse Aging By Shelly Fan Scientists have long suspected that [DNA] transcription may go awry with aging, but the new study offers proof that it doesntwith a twist. In all five of the species tested, as the organism grew older the process surprisingly sped up. But like trying to type faster when blindfolded, error rates also shot up. Theres a fix. Using two interventions known to extend lifespan, the team was able to slow down transcription in multiple species, including mice. Genetic mutations that reversed the sloppy transcription also extended lifespan in worms and fruit flies, and boosted human cells ability to divide and grow.

This 3D Printed Community Is Printing One House per Week for a Year By Vanessa Bates Ramirez 3D printing has been slowly but surely ramping up as a viable construction technology, with communities of 3D printed homes being built in California, Virginia, Texas, and Mexico, among others. Now a new development on the other side of the Atlantic is joining this list. 14Trees, a joint venture between Swiss sustainable construction company Holcim and British International Investment, announced completion of the first 10 units of a 3D printed housing project in Kilifi, Kenya. The community is called Mvule Gardens, and it will eventually consist of 52 single-family homes.

DeepMind Defines Artificial General Intelligence and Ranks Todays Leading Chatbots By Edd Gent What exactly people mean by AGI is rarely specified, and the idea is frequently described in binary terms, where AGI represents a piece of software that has crossed some mythical boundary, and once on the other side, its on par with humans. Researchers at Google DeepMind are now attempting to make the discussion more precise by concretely defining the term. Crucially, they suggest that rather than approaching AGI as an end goal, we should instead think about different levels of AGI, with todays leading chatbots representing the first rung on the ladder.

A Revolution in Computer Graphics Is Bringing 3D Reality Capture to the Masses By Aaron Frank Backup Ukraine, a collaborative project between the Danish UNESCO National Commission and Polycam, a 3D creation tool, enables anyone equipped with only a phone to scan and capture high-quality, detailed, and photorealistic 3D models of heritage sites, something only possible with expensive and burdensome equipment just a few years ago. Backup Ukraine is a notable expression of the stunning speed with which 3D capture and graphics technologies are progressing, according to Bilawal Sidhu, a technologist, angel investor, and former Google product manager who worked on 3D maps and AR/VR. Reality capture technologies are on a staggering exponential curve of democratization, he explained to me in an interview for Singularity Hub.

Energy Vaults First Grid-Scale Gravity Energy Storage System Is Near Complete By Vanessa Bates Ramirez Energy Vaults solid gravity system uses huge, heavy blocks made of concrete and composite material and lifts them up in the air with a mechanical crane. The cranes are powered by excess energy from the grid, which might be created on very sunny or windy days when theres not a lot of demand. The blocks are suspended at elevation until supply starts to fall short of demand, and when theyre lowered down their weight pulls cables that spin turbines and generate electricity.

Image Credit: ilgmyzin / Unsplash

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These Were the 10 Most Popular Singularity Hub Stories of 2023 - Singularity Hub

The Sentient Singularity: How AI Might Reshape Our Sensory and Emotional Landscape – Medium

Photo by Owen Beard on Unsplash

The rise of artificial intelligence, like a rogue wave on the horizon of human history, promises to reshape not just our world, but ourselves. And among the fascinating enigmas it throws up is the question: how will AI impact our very essence our emotions and senses? While we can't peer into the crystal ball of the future with perfect clarity, let's embark on a thought experiment, exploring potential avenues of this AI-driven evolution.

Imagine eyes that perceive ultraviolet or infrared, ears that capture unheard frequencies, tongues that decipher chemical signatures. AI could unlock a whole new spectrum of sensory experiences, enriching our understanding of the world around us. Imagine artists creating symphonies of bioluminescent landscapes, architects crafting buildings that resonate with unheard harmonies, chefs concocting edible experiences that dance on the tongue with previously unknown molecular textures. This sensory expansion could redefine art, design, and gastronomy, opening doors to previously unimagined realms of aesthetic experience.

But beyond the physical senses, AI could also influence our emotional landscape. Imagine machines that not only interpret human emotions but also possess their own. This raises fascinating questions. Will AI experience joy, sorrow, anger, just like us? Or will their emotions be something entirely different, shaped by their unique cognitive architecture? Will we develop empathy for these sentient machines, forging bonds as deep as those we share with fellow humans? Or will their emotions be an alien territory, creating a chasm of incomprehension?

Traditionally, we categorize emotions as positive or negative, overlooking the intricate tapestry of nuance that weaves them together. AI could challenge these binary classifications, revealing a spectrum of emotions far richer and more complex than we currently imagine. This could lead to a reevaluation of our own emotional landscape, prompting us to embrace the full gamut of human experience, recognizing the value of sadness and anger alongside joy and love.

AI could go beyond mere observation and analysis, actively influencing our emotions. Imagine brain-computer interfaces that can modulate our mood, alleviating depression or amplifying joy. This raises significant ethical concerns, blurring the lines between individual agency and external manipulation. Will we become puppets of our own emotional augmentation, or will we learn to harness these tools responsibly, crafting the emotional landscapes we truly desire?

The evolution of our emotions and senses in the age of AI is a journey into the unknown, rife with both promise and peril. It's a dance between human and machine, between biology and code, where the outcome remains uncertain. Will this be a harmonious waltz, leading to a richer and more nuanced experience of existence? Or will it be a discordant tango, fracturing our understanding of ourselves and the world around us?

Ultimately, the answer lies not in the machines, but in ourselves. It's our choices, our ethical considerations, and our willingness to grapple with the complexities of this evolving relationship that will determine whether this dance leads us to a brighter or a bleaker future. So, let us approach this new frontier with open minds, critical hearts, and the unwavering belief that even as AI reshapes our inner and outer worlds, the essence of what it means to be human will endure, forever adapting and evolving in the face of the unknown.

The journey has just begun. The stage is set for a most thrilling performance, where the actors are our emotions and senses, the director is technology, and the script is still being written, one line at a time. Let us rise to the challenge, crafting a future where technology illuminates the human experience, not eclipses it. As artificial intelligence (AI) casts its silicon shadow across the landscape of human existence, a profound question dances on the precipice of our understanding: how will AI reshape the very canvas of our experience our emotions and senses? While the answer shimmers like a mirage on the horizon, forever just out of reach, we can embark on a thought experiment, tracing potential pathways on this evolutionary map.

Imagine eyes that perceive the whispered secrets of ultraviolet and infrared, ears attuned to the unheard frequencies of the cosmos, tongues that decipher the chemical signatures of hidden worlds. AI could unlock a pandora's box of sensory experiences, enriching our understanding of the universe to a degree we can only dream of today. Architects could craft buildings that resonate with unheard harmonies, evoking emotions not through visual aesthetics but through vibrations that dance on the skin. Artists could create symphonies of bioluminescent landscapes, painting breathtaking canvases not with pigments but with living organisms that pulse with light and life. Chefs could concoct edible experiences that dance on the tongue with previously unknown molecular textures, crafting meals that are not just sustenance but immersive journeys through the undiscovered landscapes of taste. This sensory expansion wouldn't just redefine art, design, and gastronomy; it would rewrite the very definition of experience, opening doors to realms of aesthetic perception once relegated to the realm of science fiction.

However, this sensory symphony wouldn't be merely an appendage to our existing abilities; it could fundamentally alter the way we interact with the world around us. Imagine navigating cityscapes through the whispers of radio waves, reading the emotional tapestry of a crowd through subtle shifts in electromagnetic fields, or sensing the impending storm not through visual cues but through the crackling language of static in the air. This rewiring of sensory perception could have profound implications for how we understand and engage with the environment, blurring the lines between internal and external, self and world.

The potential for AI to enhance and augment our emotions and senses is undeniable. However, alongside the allure lies a minefield of ethical considerations. The ability to manipulate human emotions raises disturbing questions about free will and autonomy. Who will control the algorithms that define our emotional landscape? How will we prevent the exploitation of vulnerabilities for sinister purposes? Will emotional augmentation create a divide between the augmented and the unaltered, exacerbating existing inequalities?

These are not mere theoretical hypotheticals; they are pressing concerns that demand immediate attention. Robust ethical frameworks must be established to guide the development and deployment of AI technologies that impact our emotional and sensory experiences. Public discourse and transparent dialogues are crucial to ensure that these transformative technologies are used for the benefit of all, not just a privileged few.

In this rapidly evolving landscape, it's vital to remember that technology, however powerful, can never replace the human touch. AI may augment our senses and influence our emotions, but it cannot replicate the richness and complexity of human experience. Empathy, compassion, and love the cornerstones of our humanity remain irreplaceable by algorithms and code. AI can be a powerful tool, but it is we, the humans, who must remain the architects of our own emotional and sensory futures.

The rise of AI presents not a threat to our humanity, but rather an opportunity for coevolution. We can view AI as a partner in this journey, a fellow dancer in this complex choreography of existence. By collaborating with AI, we can explore the uncharted territories of our senses and emotions, enriching our understanding of ourselves and the world around us. This coevolutionary dance will be fraught with challenges, but it also holds the potential to unlock a brighter, more nuanced future where technology amplifies the human experience without diminishing its essence.

The horizon of the future, where AI intertwines with our senses and emotions, is painted in vibrant hues of possibility and peril. It's a future where we might perceive the world through electromagnetic whispers, sculpt our emotional landscapes with algorithmic nudges, and forge bonds with sentient machines who experience reality in ways we can only begin to imagine. The journey to this future will be paved with ethical considerations, philosophical quandaries, and technological feats yet to be conceived. However, if we navigate this complex landscape with an open mind, a critical eye, and an unwavering commitment to our humanity, then this dance between human and machine, between sense and code, between emotion and algorithm, could lead us not to a dystopian nightmare, but to a renaissance of human experience, more vibrant, more nuanced, and more interconnected than ever before.

Let us remember, the future is not preordained. It is a canvas waiting to be painted, not just by the algorithms of AI, but by the choices we make today. As we step onto this uncharted stage, let us do so with courage, creativity, and a deep understanding of what it truly means to be human. For in the end, it is not the technology that will define our future, but the stories we choose to tell with it, the emotions we choose to share, and the connections we choose to forge in this grand, coevolutionary dance between human and machine.

The time for speculation is over. The stage is set for the most thrilling performance of all the evolution of human experience in the age of AI. Let the curtain rise, and let the dance begin.

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How important is relationship chemistry? | dating advice – Harper’s Bazaar UK

Anyone whos been on their fair share of dates will know the feeling: youre getting along really well, theyre making you laugh, you can see theyre attractive. On paper, this should be a perfect match but theres just something missing. Some people call it chemistry, others love at first sight; Carrie Bradshaw memorably termed it the zsa zsa zsu. Were all conditioned to believe in that indefinable spark, which can be the make-or-break element of a successful relationship. But how important is that initial pull of cant-resist-you attraction?

Specific chemicals in the brain, like dopamine and vasopressin, create lust and make us focus on that one person: they make us crave them, almost obsess about them, says relationship psychologist

Andie and Ben fall in love in How To Lose A Guy In 10 Days, despite Andie doing her best to achieve the opposite

But for those worried that a partnership might be dead in the water if those first-date butterflies aren't there, theres good news: theres a big step between lust and love, and some of the most successful relationships do develop over time. The classic trope of friends to more-than-friends is more than just a storyline used in romantic comedies like When Harry Met Sally; in fact, friendship has been proven as one of the best foundations on which to build a relationship, and more than two-thirds of British couples start out as friends first. In these cases, attraction develops from forming an emotional bond first, says Gottlieb. This is crucial for relationship longevity.

Initial attraction is intoxicating, as well socially highly valued in a society that still promotes romantic ideals such as The One. However, real relationships are much more about communication and commitment than they are fireworks in the early days, says Gottlieb. Attraction is built from compatibility, and compatibility can be created, she explains. For example, even if partners dont have the same hobbies or interests, they can still bond over different interests by allowing each other to talk about their passions and by asking questions. Films like How To Lose A Guy In 10 Days and the newly released Anyone But You, starring Sydney Sweeney, are testament to how spending quality time with someone can make attraction blossom out of less than nothing as the old adage goes, theres a thin line between love and hate.

This knowledge that good relationships dont always come naturally isnt just helpful for single people on the lookout for love. Its also very important for couples who lose their initial spark, says Gottlieb. Couples need to prioritise alone time and schedule date nights, like they did at the beginning. A lot of attraction in dating is the result of novelty, and merely being intimate with a new person. There are many opportunities to create novelty in a long-term relationship, like going to new places together, trying a different hobby, or being more romantic with each other.

So the next time youre tempted to call it quits after a few dates, or even end a longer relationship that seems to have lost its excitement, remember that much of romantic love is, well, romanticised. Attraction on its own cant guarantee long-term relationship success, warns Gottlieb, so dont overrate passion at the expense of reliability, stability and genuine affection. Its about committing to that person, prioritising the relationship, and a willingness to put in the continued effort. While theres nothing quite like that first dopamine hit, real love is about celebrating what comes next in all its forms.

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How important is relationship chemistry? | dating advice - Harper's Bazaar UK

The Fragrant Phenomenon: Christmas Trees and Their Invisible Affect on Indoor Air Chemistry – SciTechDaily

Researchers at NIST studied the emission of VOCs from live Christmas trees and their interaction with ozone. They found that monoterpenes are the primary VOCs emitted, which decrease over time and react with ozone to form low levels of formaldehyde. The study concludes that Christmas trees have a minimal impact on indoor air quality for most people. Credit: SciTechDaily.com

Every holiday season, Americans buy nearly 30 million live Christmas trees. Many families enjoy not only having a live tree inside their homes but also smelling the fresh fragrance it creates. That smell comes from chemicals called volatile organic compounds (VOCs). However, little is known about how much is emitted and whether they have any health impacts.

Our nose is a good chemical sensor, said Dustin Poppendieck, an environmental engineer at the National Institute of Standards and Technology (NIST). We know that these trees are emitting something, and the question then becomes: How big of a source is it? We wanted to explore which chemicals are emitted and how much, and to put that into the context of other sources of chemicals in a house, he said.

To answer these questions, Poppendieck and his NIST colleagues took a common type of Christmas tree a Douglas fir and sealed it inside a chamber. They then measured the amount and type of VOCs it emitted over 17 days. They also investigated whether the VOCs reacted with other components of indoor air to create new compounds.

The teams findings have been published in the journal Indoor Environments.

NIST researchers placed a common type of Christmas tree in a sealed chamber for 17 days to monitor and measure the chemicals it emits. These chemicals, called volatile organic compounds (VOCs), give that pine smell and can react with ozone to form byproducts. The researchers found low amounts of these chemicals, which may be a potential concern for people who are sensitive to them. Credit: M. King/NIST

The fresh smell that is commonly associated with Christmas trees comes from a group of VOCs called monoterpenes, which are also found in air fresheners, candles and some personal care products. In the outdoors, conifers, the group of plants that includes most Christmas trees, release monoterpenes, and they can affect outdoor air quality. But little is known about how much monoterpene is released when a tree is cut down and placed indoors.

Studies also show monoterpenes can react with ozone. Ozone in the upper atmosphere serves as a protective barrier against the Sun. At ground level, ozone is created through chemical reactions with light and can cause symptoms such as coughing and throat irritation. Ozone also reacts readily with other chemicals in the air to form new compounds. So, the researchers were interested in seeing the effects of ozone in the presence of an indoor tree.

They placed it inside an environmentally controlled chamber, where they could measure the chemicals emitted from the tree in real time. Using a technique that can detect airborne organic compounds, known as proton-transfer reaction mass spectrometry (PTR-MS), they measured the VOCs emitted over a 17-day period.

In their experiment, the researchers simulated a home environment. They decorated the tree in a typical holiday lighting setup and shone bright lights on it to mimic the day-night cycle. They turned off the lights every 12 hours and watered the tree every day. They brought in outside air at a rate typical for households, and constantly measured chemicals in the indoor air.

Monoterpenes were the most abundant VOC emitted from the tree. They peaked during the first day before diminishing significantly by the third day. Their concentration was initially at the same level of a plug-in air freshener or newly constructed house before it quickly dropped by nearly 10 times its original amount, said Poppendieck. The researchers detected 52 distinct types of monoterpenes.

Researchers then injected ozone into the chamber to see how it affected indoor air chemistry. They found that ozone reacted with the monoterpenes, forming byproducts such as formaldehyde, another type of VOC, as well as other reactive chemicals. The monoterpene concentration diminished even more with the introduction of ozone, while formaldehyde levels rose, which showed an impact on indoor air chemistry. However, the amount of formaldehyde created was relatively small at around 1 part per billion. Typical U.S. houses have formaldehyde concentrations ranging from 20 to 30 parts per billion.

For people who are sensitive to VOCs, Christmas trees could be one possible cause for watery eyes and noses, especially when initially brought indoors. In that case, Poppendieck suggests, opening a window near the tree will reduce exposure. In addition, newly cut trees can be left outdoors or in a garage for three days before bringing them into the home as the emission strength naturally decays over time.

But for most people, Poppendieck said, this shouldnt be a major concern. Im still going to have a Christmas tree in my house.

Reference: Jingle bells, what are those smells? Indoor VOC emissions from a live Christmas tree by Dustin Poppendieck, Rileigh Robertson and Michael F. Link, 22 December 2023, Indoor Environments. DOI: 10.1016/j.indenv.2023.100002

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The Fragrant Phenomenon: Christmas Trees and Their Invisible Affect on Indoor Air Chemistry - SciTechDaily

Tom Hanks Talks Meg Ryan Chemistry, Reveals Why They Worked So Well Together – Just Jared

Tom Hanks is opening up about working with Meg Ryan!

The 67-year-old actor and the 62-year-old actress worked together on multiple projects, which includes Youve Got Mail, Sleepless in Seattle, Ithaca, Joe Versus the Volcano and Everything Is Copy.

For Youve Got Mails recent 25 year anniversary on December 18th, an old interview resurfaced where the actor talked about the chemistry between him and his co-star.

Keep reading to find out more

Its just a natural thing, he told ET. Its like, why are we friends with the people that were friends with?

I must say, Meg and I are not real close pals, he shared at the time. We see each other every now and again. Its like, we dont hang out for coffee. But when we pick up, we just pick up where we left off and its an effortless thing that I dont think either one of us examines it too much because if we did, itd be a problem.

We dont plan. We just do it, he added.

If you missed it, Tom recently revealed what he would do if he went to outer space.

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Tom Hanks Talks Meg Ryan Chemistry, Reveals Why They Worked So Well Together - Just Jared

Cowboy chemistry working on court – American Press | American Press – American Press

Published 8:25 pm Tuesday, December 26, 2023

Back before the season began, Will Wade said it would take time for this group of Cowboys to come together.

I think we will be a work in progress, was Wade. We will be a much better basketball team at the end of February than we are right now.

The first-year McNeese State head coach may have been sandbagging, or he may just have been telling the truth.

It doesnt matter now, for the fact is McNeese is off to a surprisingly strong 10-2 start as they get ready for their biggest test of the season, a trip to Michigan on Friday.

The Cowboys will take on the 6-6 Wolverines from the Big Ten as their last pre-conference game. It will also close out the 2023 portion of their schedule.

At first glance at the Cowboy schedule an 8-5 start would have been impressive, now it seems silly to even think that. McNeese has won five in a row and is 7-0 at home.

The Pokes are also 6-2 against other Mid-Majors, with wins on the road over Alabama-Birmingham and Virginia Commonwealth.

Their last two victories have come over the best from last years Sun Belt Conference, as they beat defending regular-season champ Southern Miss and then tournament winner Louisiana-Lafayette.

While unexpected to most, the Cowboys themselves are not surprised.

I think we should be 12-0, said center Antavion Collum.

When asked why these Cowboys are so good so fast Collum answered, We like playing together.

To a man, each player talks first about chemistry, which is a big surprise when you consider very few of them ever met before last summer let alone play together.

We all are here for a reason, said guard Shahada Wells. Coach Wade brought us together with the vision of doing something special this season. We are all here to win.

Not all of the bonding came on the court, in fact early in the process little did. It was more about getting to know each other as people and sharing their journeys to McNeese as much as anything.

We spent a lot of time doing things off the court together, said forward Christian Shumate. Coaches put us in a lot of tough spots and we went through them together.

Learning through adversity has been a key. So when they fell down to ULL by 13 with 11 minutes left and two starters were ejected there was no panic.

We just came together at that point, said Wells. We believe in each other. We knew we could get it done.

They also believe in each other, especially when it comes to scoring. When DJ Richards came off the bench to score a career-high 24 points against Southern Miss he quickly gave credit to the other Cowboys.

They got me the ball in good spots, said Richards. It was just my night. We have a lot of guys who can score, its just whose night it is.

And it is not just one offense that McNeese is connected either. The Pokes entered this week ranked third in the nation in team defense, allowing just 57.8 points a game.

That puts them in the company of some big programs like Houston, which is first, Virginia (2nd), and Iowa State (4th). Michigan, which averages 83.8 a game, good for 31st in the nation, will test that.

The Cowboys say they will be ready.

It will be a big challenge for us and we are looking forward to it, said Collum.

So are McNeese fans who want to see just how far chemistry can take this club.

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Cowboy chemistry working on court - American Press | American Press - American Press

AI chemist performs complex experiments based on plain text prompts – Chemical & Engineering News

Dubbed Coscientist, the system uses the language model behind the chatbot ChatGPT. With a prompt such as perform multiple Suzuki reactions, the AI browses the internet to learn about the reactions, scours relevant literature and hardware documentation for information, and in minutes, outlines the procedures necessary to perform these reactions. It then writes a code, which a robot uses to run the experiment.

We are converting bits to atoms, says Gabe Gomes, a chemist and chemical engineer at Carnegie Mellon University, in a press briefing. Taking a natural language prompt, the bits, and converting it into an actual chemical reaction.

Coscientist could successfully perform the complex Nobel Prize-winning palladium-catalyzed cross coupling reaction named after Akira Suzuki with a 50% yield the very first time. It could also accurately plan procedures to synthesize common pharmaceutical compounds such as aspirin and ibuprofen. Gomes says he and his team are fully aware of the potential illicit use of Coscientist and are collaborating with other researchers and policymakers to prevent such misuse.

Tiago Rodrigues, a medicinal chemist at the University of Lisbon, says that Coscientist fills the important gap of communication necessary to meet the long-standing goal of self-driving labs. AI chemists such as Coscientist and ChemCrow, which was recently developed by another research team, could enable the full automation of the design-make-test cycle, he says. This can have tremendous impact in terms of productivity since researchers can dedicate their time to other tasks..

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AI chemist performs complex experiments based on plain text prompts - Chemical & Engineering News

This GPT-powered robot chemist designs reactions and makes drugs on its own – Nature.com

The autonomous chemical system Coscientist uses an LLM to run robotic laboratory equipment.Credit: Carnegie Mellon University

Chemists have used ChatGPT to design and conduct complex chemical reactions using a robotic laboratory set-up.

The system, called Coscientist, can design, code and carry out several reactions making compounds including paracetamol and aspirin in the wet lab using its robot apparatus. The approach was described in Nature1 on 20 December.

The moment I saw a non-organic intelligence be able to autonomously plan, design and execute a chemical reaction that was invented by humans, that was amazing, says chemist Gabe Gomes at Carnegie Mellon University in Pittsburgh, Pennsylvania, who led the research. It was a holy crap moment.

Fast-paced improvements in artificial intelligence (AI) have seen applications for these tools proliferate throughout science. But for researchers working at the bench or those who arent versed in computer code, AI approaches arent as accessible or so thought Gomes.

When the latest version of the large language model (LLM) behind ChatGPT, called GPT-4, was unveiled in March, Gomes and his team set about making it work for chemists.

The result, Coscientist1, uses the latest powerful LLMs, including GPT-4, to scour the chemical literature and design a reaction pathway to make a molecule when prompted by a human. The LLM reads through instruction manuals on the Internet and decides on the best kit and reagents in its arsenal to make the molecule in real life.

The AI also uses the LLM Claude, developed by the AI firm Anthropic in San Francisco, California, and one called Falcon-40B-Instruct built by the Technology Innovation Institute in Abu Dhabi.

The team prompted the system to plan a synthesis for several known molecules, including the painkillers paracetamol and aspirin, and the organic molecules nitroaniline and phenolphthalein. In the planning stage, Coscientist was able to work out the steps that would give the best reaction yields overall. It made the molecules correctly.

This is a great demonstration of how the literature can be explored using LLMs to help come up with ideas of feasible chemical reactions, says Lee Cronin, a chemist at the University of Glasgow, UK.

The team also tried a more complicated experiment asking Coscientist to execute a reaction called SuzukiMiyaura coupling, which forms carboncarbon bonds and is important in drug discovery. The system aced this test, too.

The group is one of many working on LLM-driven chemistry robots. One such robot, called ChemCrow, was developed at around the same time as Coscientist and can plan and make a range of molecules, including the insecticide DEET2. (Chemist Andrew White at the University of Rochester in New York, who led the team that developed ChemCrow, declined Natures request for comment.)

Tools such as Coscientist are likely to become more commonly used, says Tiago Rodrigues, a pharmaceutical chemist at the University of Lisbon. I can really see a future where automation hardware comes equipped with these AI assistants. Self-driving labs are the future, and AI tools are needed to fully automate the design-make-test cycle, he says.

Routine tasks can now be done by these systems, but Rodrigues adds that most research questions, especially in drug discovery, are still out of reach. Its not just a good understanding of chemistry that is needed, but also biology.

Coscientist can do most of the things that really well-trained chemists can do. And I think about that a lot, says Gomes. His team hasnt made the full code behind its invention freely available, and Gomes says that it is important to think carefully about how and where technologies such as Coscientist and ChemCrow are used, because some applications are likely to be dangerous.

Im not interested in the idea of replacing people and their livelihoods, and their spark and their innovation and their drive, Gomes says.

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This GPT-powered robot chemist designs reactions and makes drugs on its own - Nature.com

We don’t hang out for coffee: Tom Hanks Made a Startling Revelation About Meg Ryan That Makes Their Chemistry … – FandomWire

Tom Hanks and Meg Ryan are two actors who, perhaps, have one of the best on-screen chemistry. This aspect of their films has become so distinct that they have worked together a few times. They first starred in the 1990 film, Joe Versus the Volcano,which, though was a flop, audiences could not deny the dynamic these two shared. Following close was 1993s Sleepless in Seattle,which many think of as one of the most beautiful romance films of all time. Finally, the two starred in the 1998 film, Youve Got Mail, which has certainly become one of their most iconic projects of all time.

The authenticity of their relationship with each other in front of a camera has many questioning how exactly they are able to achieve this. During an interview, Hanks revealed how their on-screen chemistry differs from their real life, putting forth an answer to this age-old question.

Also Read: Tom Hanks Was Exhausted After He Was Given an Impossible Job in One of the Best Christmas Movies Ever: The Polar Express

During the Youve Got Mail, Tom Hanks gave a press convince, which has resurfaced thanks to Entertainment Tonight. Here, the actor revealed the true nature of his relationship with Meg Ryan and how the two are with each other when the cameras are turned off. He confessed that they are not as close as many would think. While the statement certainly does not mean that they are unable to tolerate the other, it seems that the two are simply surface-level friends.

Its just a natural thing.he added,I must say,Meg and I are not real close pals, he shockingly remarked. We see each other every now and again. Its like, we dont hang out for coffee.

He elaborated, adding that their dynamic is simply a natural thing and is not a reflection of their real-world connection. He mentioned that, though they do see each other now and then, they are not close enough to hang out with each other at restaurants or have coffee together.

Also Read: You guys are the wrong gender to understand: Tom Hanks Went Off the Rails in One Meg Ryan Movie That Made Him ExtremelyCranky

The closeness, or the lack thereof, of Tom Hanks and Meg Ryans relationship, has seemed to have absolutely no impact on their rapport when they are working on films together. Hanks mentioned exactly this during this interview, adding that though they do not necessarily interact outside of work when they do meet after a long time, they are the same as each other, not having awkwardness weighing down their exchanges.

But when we pick up, we just pick up where we left off and its an effortless thing that I dont think either one of us examines it too much because if we did, itd be a problem. We dont plan. We just do it,

Hanks added that he finds their dynamic to be effortless, one where neither has to think too much about what the other thinks of them and they simply co-exist and enjoy each others company. Knowing this information certainly adds another layer of complexity to the films that feature Hanks and Ryan.

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We don't hang out for coffee: Tom Hanks Made a Startling Revelation About Meg Ryan That Makes Their Chemistry ... - FandomWire

Glen Powell and Sydney Sweeney’s chemistry can’t save Anyone But You – Vox.com

The most compelling reason to sit through all 104 minutes of Anyone But You is closure. Im not referring to finishing the uneven movie, but the opportunity to finally witness the are they or arent they? chemistry between the movies extremely good-looking blonde leads Glen Powell and Sydney Sweeney.

During filming earlier this year, Powell and Sweeney (a pairing I had affectionately dubbed Poweeney) seemed closer than typical co-stars. They posted each other on Instagram. In those posts, they smiled at each other in a way that one does not usually smile at coworkers (genuine, earnest, happy). They had nicknames for each other. They hugged and went to zoos, where they may have hugged some more. After the internet took notice, Powell and his girlfriend at the time, Gigi Paris, broke up.

Powell and Sweeneys off-screen relationship sparked the fantasy that something romantic happened while shooting Anyone But You; that two actors who spent an entire movie acting like they were in love actually fell in love. Was there something in the script? Was it shooting in beautiful Australia for weeks at a time? Could it all be real?

When the trailer for Anyone But You came out this excitement cooled some. But now, with the films release, the final piece of the puzzle is here. Each scene becomes an opportunity to search for hints of that off-screen chemistry, a flicker that these two did in fact like-like each other. Every touch, every gaze, every interaction could be something more than acting. By the end, I found myself believing more in the myth of Poweeney than in the film itself.

The movie is bad, but the chemistry: Its good.

For whatever reason, Anyone But You begins its story in the allegedly romantic city of Boston where two extremely attractive people resting bedroom eyes Bea (Sweeney) and bright-in-the-irises Ben (Powell) meet in a coffee shop in a way clumsy enough to endear them to each other, and, hopefully, the audience to both. She desperately needs to pee and will explode if she has to wait in line, attempting to throw Massachusetts state bathroom law at the barista. Hes at the front of the queue and throws her a lifesaver by pretending shes his wife. Shes grateful. Hes charmed. He smiles. Shes charmed.

Are you going to ask me out now? Bea asks, her face softening into a hopeful pout. Powells Ben, equipped with a face full of pleasing angles from nose to chin, grins and theyre off.

What we dont quite know yet is that the characters names, convoluted plot, and the series of misunderstandings and misinterpretations to come are all nods to Much Ado About Nothing, Shakespeares comedy about the mess of courtship and feeble human feelings. But the movie starts this wacky homage at a slow boil, and never fully commits. Going full Shakespeare would set an impossibly high bar and there wouldnt be a lot of logic in shoving a suspected-female-impurity plotline into a movie that revolves around a lesbian wedding.

Instead, Anyone But You aims for something halfway between adaptation and reference. Halfway between rom-com and raunch comedy, the film never really figures out its tone. After that meet cute, Bea and Ben spend the day together, which turns into night, eventually falling asleep in each others arms. They also dont have sex which, in rom-com lore, signifies that this connection is something deeper than physical. Also, I guess, that Bostonian love is sometimes chaste and beautiful.

The main actors are a winning combination but something is off. Bea is a hopeless romantic, someone who says shes been thinking about marriage since she was a little kid, back when she was making wedding dresses out of toilet paper. Sweeney made a name for herself playing icier, meaner characters, i.e., Cassie in Euphoria and the ultra-cynical Olivia Mossbacher in White Lotus. Here, her delivery a bit of a mumble, a blush of uptalk hasnt changed from her previous roles, so it feels like shes playing it all with a bit of a wink. Shes impossible to look away from on-screen a star but shes not quite believable as a naive rom-com hero.

Powell, however, is solidly in his wheelhouse as a smarmy finance bro. Ben feels like a continuation of Powells turn as Hangman in Top Gun: Maverick, where the actor cocked his head and smirked off with the whole movie. He knows how to hit just the right amount of wryness; how to push back against his (impressive) physicality to make the character just likable enough that you hate yourself for doing so. The movies best jokes are ones Powell makes at his own expense, like almost drowning because hes hot girl fit and only ever worked vanity muscles.

For no discernible reason, Bea sneaks out the morning after not even taking down Bens number. Upon finding out that he was ditched, Ben says some nasty things about Bea to his friend Pete (GaTa), which she inexplicably overhears. Everyone in this movie has an acute sense of hearing and an uncanny sense of timing.

After this misunderstanding, Bea and Bens hurt escalates into extreme dislike. Flash-forward six months, and they are forced together at a bar. Her sister is dating Petes sister, who is also Bens lifelong friend. Bea calls Ben a fuckboy, and he tells her she has abandonment issues. She says hes a loser finance bro, and he calls her a bitch. While the two could coexist and dislike each other from a distance Boston is ostensibly a city full of people who loathe each other their paths become intertwined when the women get engaged, include Bea and Ben in the wedding party, and have their nuptials in Australia. Its there that the side characters reveal themselves to be full of Bard-inflected frivolity and scheming. And its there, as the movies copious marketing materials have relentlessly reminded us all, the two must pretend to like each other and, perhaps, end up somewhere more than just pretending.

With such a flimsy script, Powell and Sweeneys chemistry has to do the heavy lifting. And often, it does! Whatever it is that they have acting skill, a secret relationship, a shared language based on being the absolute pinnacle of ACC school hot, etc. its so strong that it doesnt matter that their characters often dont sound or act like humans (Permission to put my left hand on your right buttock, Powell says to Sweeney at one not-so-memorable point).

This works even when it really shouldnt. At one point, Ben fries a grilled cheese for Bea, and she bites into it too quickly. Instead of handing her a glass of water or a paper towel to spit it out, Ben lowers his chin and blows into her mouth. Is it still hot? he asks. This is, objectively, not how to cool down a mouth. But Powell and Sweeney fully create the illusion that breathing into a mouth full of blisteringly hot cheese and butter is an intoxicant we all must try.

The possibility of Poweeney eclipses Ben and Bea as they teeter-totter on a sailboat, talking about how everyone wants to get them together. If only the story was suited to both stars strengths. If they were to do another movie together, a do-over, they wouldnt be the first: Tom Hanks and Meg Ryan first paired up in the often-ignored Joe Versus the Volcano before Sleepless in Seattle and Youve Got Mail; Goldie Hawn and Kurt Russell connected on the set of the forgettable Swing Shift before co-starring in Overboard (and life). Theres at least one good rom-com in both of them.

At the heart of it, the prospect of Powell and Sweeney falling for each other or at least a Powell type and an actual Sweeney type remains far more compelling and convincing than the story thats been constructed
for Anyone But You. Of course its not just possible or even probable, but nearly certain that all this chemistry is just good acting, coupled with a savvy marketing and social media campaign.

Whatever it is here that works, it surely wasnt anything in the script.

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Glen Powell and Sydney Sweeney's chemistry can't save Anyone But You - Vox.com

Ancient Mummy-Making Techniques Are Finally Unwrapped – DISCOVER Magazine

Around 2,600 years ago, a small ceramic bowl sat in a subterranean workshop. Carrying hints of cedar and honey, the bowl was used by Egyptian embalmers to blend essential oils and beeswax for the multimonth process that transformed corpses into mummies.

Reciting incantations, removing organs, andapplying substances that made bodies dry, fragrant, and microbe-free, the embalmers employed a multifacetedset of skills.

They knew the ritual practices, but also [a] kind of chemistry, says Maxime Rageot, abiomolecular archaeologist at the University of Tbingen in Germany.

Over the past four years, Rageot and colleagues have gained unprecedented insights into the substances and steps involved inancient Egyptian mummy-making. Their analysis of molecules trapped in pottery, aspublished in a Nature paper from February 2023, revealedthat embalmers sourced ingredients from surprisingly far-flung lands for their specific biomolecular properties.

The Egyptians perfected the practice of mummification over the course of several thousand years, transforming the natural desiccation of bodies into a sophisticated ritual and chemical process between the fifth and first millenniums B.C.E. During the time of the pharaohs, professionals spent up to 70days transforming a tender corpse into a linen-wrapped, afterlife-ready mummy treating it with spells and prayers, as well as substances that mitigated moisture, bacteria, fungi, and stink.

But scholars have long debated how to translate the ingredients named in ancient inscriptions and papyri, meaning that much of the mummy recipe has remained a mystery. And whilesome ingredients have been identified from the molecular analyses of mummies from museums around the world, these methods cannot reveal how specific substances figured into the mummification process whether they were applied to the bandages or the head, for instance, for the purpose of preserving tissues or fending off bacteria.

The possibility of linking substances and steps arrived in 2018, when the late archaeologist Ramadan Hussein invited Rageot to join his excavations at Saqqara, an ancient city about 12 miles south of Cairo. There, Husseins team had uncovered an ancient facility for treating and storing corpses, dated to around 664 to 525 B.C.E. Featuring a workshop more than 40 feet underground, the facility held over 100pottery vessels bearing instructions like to make the odor pleasant, for making beautiful the skin, and head, boil.

Selecting 31 of these pots for closer analysis, Rageot set out to identify their long-lost contents. But because Egypt lacked a specialized laboratory for this kind of work, he and his team brought the pots to a local food chemistry lab, which they converted into one of the countrys only facilities for analyzing ancient biomolecules. Drilling pinches of clay powder from the pots interiors and analyzing the powder in the labs mass spectrometer, they determined which ancient molecules had seeped into the potterys pores.

The successful analyses of the pots revealed embalmers used diverse and exotic materials that could curb moisture, smells, and mummy-munching organisms: Bitumen tar probably from the Dead Sea; pistachio, juniper, and olive oils from the Mediterranean; and tree resins from the tropical forests of Asia and possibly sub-Saharan Africa. To source these items, the embalmers relied on trade that spanned much of their known world.

The diversity of bioproducts which were used, Rageot says, was really impressive.

Now that the Egyptian lab exists, the researchers plan to analyze mummy-making ingredients from more sites. Their hope is to trace how mummification transformed across time and space, applying modern chemical methods to unravel their ancient counterparts.

This story was originally published in our January February 2024 issue.Click hereto subscribe to read more stories like this one.

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WVU hosts Toledo with hopes it can solidify some chemistry in a hurry – The Dominion Post

MORGANTOWN It is one of the few things in this world you can run out of without having it to begin with.

Time.

It is no longer on the side of the WVU mens basketball team and its head coach Josh Eilert, yet its the one thing the Mountaineers need the most.

WVU STATS

Were trying to figure out our new identity offensively, Eilert said. Itll come with some time. Not that its an excuse, but thats where were at right now. Figure out that identity and that chemistry that is going to make us good in the end.

The revolving door has never stopped for WVU (4-7), which hosts Toledo (6-5) at 1 p.m. Saturday inside the Coliseum.

When its all said and done, WVU may wind up with four or five all-Big 12-type players in its lineup.

The kicker is none of them Quinn Slazinski, Noah Farrakhan, Kerr Kriisa, RaeQuan Battle or Jesse Edwards all played together in so much as one game.

That may not change until late January or early February, as Edwards recovers from surgery on his right wrist.

And while Edwards established himself as the teams go-to guy over the first two months of the season, he did so without Battle and Kriisa in the lineup.

Both guards will play today. Battle will be coming off his 29-point debut against Radford, held the same day Edwards was being operated on.

Kriisa scored 20 points in his season debut, but then struggled to score a game later when Battle made his debut.

Its going to click soon, Battle said. All it takes is a little bit of time and chemistry and trust with each other. Its going to jell pretty soon.

How soon is the question?

Normally, it doesnt take a long time, Battle continued. You just have to buy into what the coaches are telling you. If youre paying attention in practice and get your reps in like you should, it should be second nature.

The flip side to the coin is Eilert just isnt working in three new guys four if you count forward Akok Akok, who missed seven games this season with a medical condition.

Hes also got players like Josiah Harris, Kobe Johnson and Seth Wilson, who were playing more than 30 minutes a game to start the season, but now find themselves with different roles.

Getting some other guys some minutes that have to step up to help us is certainly a challenge, especially with the short time frame, Eilert said. Ive said it over and over Im a planning guy. I try to be organized and plan things, but every time I have a plan, a wrench gets thrown in it.

WVU was ranked No. 200 in the NCAA NET rankings Friday, the lowest of any Big 12 school.

Getting that turned around would be enough of a chore for any coach, let alone one like Eilert, who has yet to have a full deck of cards at his disposal.

Its been change after change, and like I said, theres been a lot of wrenches thrown into the process, Eilert said. Im growing as a coach and as a person. Im going to continue to fight like hell every day for our guys to make sure they are competing and playing the right way.

I think we can get some of this chemistry built. We need some consistency out on the floor. Were not there yet.

TOLEDO at WVU

WHEN: 1 p.m. Saturday WHERE: WVU Coliseum TV: ESPN+ (Online subscription needed) RADIO: 100.9 JACK-FM WEB: dominionpost.com

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WVU hosts Toledo with hopes it can solidify some chemistry in a hurry - The Dominion Post

Washington vs. Texas: Pac-12 coaches say Huskies team chemistry is their biggest thing – The Athletic

Ask rival coaches in the Pac-12 about Washington, and almost all come back to the same larger point about this Huskies team: They just know how to win.

That seems like it would be an obvious point, considering two of the four teams in the College Football Playoff are undefeated and the other two are 12-1. But this vibe goes a little deeper for Kalen DeBoers team.

The nine Pac-12 coaches The Athletic interviewed for this scouting report, who were granted anonymity in exchange for candid opinions, admitted they expected Oregon to beat Washington in their rematch in the Pac-12 Championship Game. And yet, once again, the Huskies found a way to win.

The power of belief, resiliency and complete buy-in is a real thing in sports, especially with college teams.

GO DEEPER

Big 12 coaches on Texas vs. Washington: 'The best Texas team' in years

The biggest thing with these guys is that they know how to win, said one Pac-12 offensive line coach. Look at how many close games theyve won. Thats really cool. They keep grinding, believing. Honestly, I thought Oregon would get after them (in the rematch). I was surprised. You gotta give those guys a lot of credit.

Theyre on a 20-game win streak, said a Pac-12 wide receivers coach. We tend to forget that. It wasnt always pretty, but they found a way to win. Its hard to win games. Thats a true testament to their culture and the players in that locker room who have ice in their veins.

Over the past two years, the Huskies are 10-1 in games decided by a touchdown or less and 9-0 vs. Top 25 teams. DeBoer is 11-1 all-time against ranked opponents. Another Pac-12 O-line coach said he was shocked when Washington, almost a 10-point underdog, beat Oregon again.

It felt like those last three or four games they were holding on, he said. But then, they went out and whipped Oregon. It takes a lot of balls to win the way theyre winning. Theres something to be said about that. I think (DeBoer) is such a damn good football coach. I would not count those guys out.

They just have a special chemistry with all the pieces aligning, said a Pac-12 defensive analyst. I think they have this special camaraderie with all the vets on their team who decided to come back for one more year.

After having the nations No. 113 offense in yards per play in 2021, the year before DeBoer took over, Washington improved dramatically last year to No. 10 and led the country in passing. In the offseason, Nick Saban tried to hire offensive coordinator Ryan Grubb, who opted to remain in Seattle, and things have kept humming for the Huskies. Theyre up to No. 5 in yards per play and again lead the nation in passing. Theyre also third in plays of 30 yards or longer with 41.

They can score on anybody, said one Pac-12 head coach. Thats where theyre dangerous. They take a ton of shots downfield.

Theyre so well-coached and do such a good job with formations and protections, said a Pac-12 defensive analyst. Its very difficult to effectively blitz them. Credit to those coaches for making it so difficult with the way they position their receivers, tight ends and running backs in a non-normal alignment. They shift all over the place pre-snap.

Theyre one of the slowest operations in our conference. If you are bringing pressure, they get to a look that kinda blocks it up. They build those shot opportunities with all their shifts, dummy hard-counts. They get you on your heels because youre always trying to adjust.

In Michael Penix Jr., Washington has a strong-armed quarterback playing with a lot of confidence. Penix is connecting on 66 percent of his passes, and thats with a lot of tough downfield throws. His TD-to-INT ratio is 33-to-9.

Its really impressive how tight that ball spins coming out of his hand and with all the different throws he can make, said the defensive analyst. He takes a lot more downfield throws. Hes as talented a quarterback as Ive seen with touch on the ball.

He gets it out fast and I thought he was ridiculously accurate down the field, said a Pac-12 line coach. Its like a lot of those throws he makes are indefensible.

Theres not a throw he cant make, said a Pac-12 receivers coach. That thing spins, man. Its nice, light, catchable. Does a good job of buying extra time, sliding around and he has so much trust in his guys.

Its also hard to choose which is the better group Penix is working with between the O-line and the receivers. Both are elite and make rival coaches gush.

GO DEEPER

SEC coaches on Bama vs. Michigan: Can the Wolverines score on the Tide D?

In Rome Odunze and JaLynn Polk, the Huskies have two 1,000-yard receivers. Odunze, who clocked a 4.34-second 40-yard dash and a 4.19 pro agility shuttle time this offseason, has 81 receptions for 1,428 yards and 13 touchdowns. Polk has 60 catches for 1,000 yards and eight TDs.

But the most dynamic of the Huskies big three is Jalen McMillan, who was slowed by a knee injury this season and has 34 catches for 468 yards and three touchdowns. McMillan looked ready to roll by the end of the season, as he led the Huskies in the Pac-12 title game with nine catches for 131 yards. In 2022, he led the team with nine TD grabs and also had 1,098 receiving yards.

McMillan, who has a baseball background, tracks the ball incredibly well. He also has elite short-area quickness. Polk has exceptionally strong hands and makes a lot of plays against double coverage. Hes their muscle, said a Pac-12 receivers coach. Odunze is ultra-competitive and is terrific after the catch.

Rome is very good at contested catches and he is really physical at the top of the route, said the defensive analyst. Theyre all so good at the battle for the ball. Theyre causing DBs to get PIs (pass interference).

Germie Bernard, a sophomore transfer from Michigan State, is another weapon.

They feed off of each other, said the receivers coach. Bernards playing well too, and hes good in the return game or theyll hand it to him and run sweeps. Any of them can beat you. The other thing a lot of people dont talk enough about is what they do up front. The last two years they have been just as good as anyone.

Washington allowed just 11 sacks in 13 games and ranks No. 2 in the FBS, behind only Oregon, in sack rate allowed at 2.2 percent, per TruMedia. Left tackle Troy Fautanu was honored with the Morris Trophy as the Pac-12s top offensive lineman. At 6 feet 4, 315 pounds, Fautanu is a 400-pound bencher who ran a 5.1 40 and vertical-jumped almost 30 1/2 inches.

Their O-line is incredibly athletic, said the defensive analyst. Fautanu is extremely athletic and plays with tenacity. He has a real edge. Right tackle Roger Rosengarten, at 6-6, 300 pounds, is also really good and considered a terrific technician. Parker Brailsford, a 6-2, 280-pound redshirt freshman, made second-team All-Pac-12 at center.

A Pac-12 offensive line coach said Fautanu and Rosengarten are the best two tackles in the Pac-12, particularly as it pertains to pass protection, but he did also note that the Huskies will be facing much bigger and better D-lines in the Playoff.

I dont think theyve played a defensive front like what theyre about to see (with Texas), said the coach. The best front we have in the Pac-12 was UCLA and then probably Oregon, but theyre not what Texas and Michigan have, or probably what Alabama has.

The other underrated aspect of the offense is Dillon Johnson,
their running back, who is third in the Pac-12 in rushing with 1,113 yards and 14 TDs. In games against ranked opponents, the Mississippi State transfer averaged 108 yards per game.

Theyve become so much more balanced in the last month, said one Pac-12 head coach. Johnson has rushed for 683 yards and eight TDs in the past five games.

He runs so hard, said a Pac-12 receivers coach. He has really good balance. Hes always moving forward, getting four and five yards a pop on first down. To me, hes become the difference.

The defense, ranked No. 67 in yards per play (up from No. 70 last year), is not what it was the last time Washington made the CFP in the 2016 season, when Vita Vea and Greg Gaines anchored a stout front and Budda Baker led a star-studded secondary.

It aint like they have those freak shows they used to have back there, said a Pac-12 offensive line coach. Theyre not dominant on that side of the ball, but theyre still pretty solid. (Bralen Trice) is a really good player. Take away what his stats say (8.5 TFLs, five sacks), he is really disruptive and shows up on tape. He can line up anywhere.

Trice, a junior, is probably not quite as well known nationally as the other edge player, Zion Tupuola-Fetui (ZTF), but he is the player most of the competition worried about more. Trice was named a first-team All-American by Pro Football Focus.

ZTF is 20 pounds lighter, but hes still a slippery guy to block. He broke out in 2020, making seven TFLs and three forced fumbles in a pandemic-shortened season that was only four games for Washington. This year, hes made five TFLs and three sacks.

The ends are really good, said another Pac-12 O-line coach. Theyre physical and big. Theyll get after you. Their inside guys are just stout. If you just want to take em on straight, they can lock on you.

The leader of the defense is sixth-year former walk-on Edefuan Ulofoshio, who has 83 tackles and six TFLs. Hes missed only nine tackles, according to Pro Football Focus. Hes super smart and is their quarterback, said a Pac-12 receivers coach.

Linebackers Alphonzo Tuputala and Carson Bruener are also very solid. I think theyre OK at linebacker, better than average and average in the secondary, said a Pac-12 head coach.

If youre looking for a weakness on the defense, we thought it was their corners, said a Pac-12 receivers coach. If your front can protect, they can be had.

Another Pac-12 receivers coach agreed that the Huskies cornerbacks are where theyre probably most vulnerable, though he did say that he thinks theyre good around them.

Washington did allow the most plays of 30 yards or more in the Pac-12 (26), which ranked No. 123 in the country. Its something Steve Sarkisian, with a strong-armed quarterback and a dangerous group of receivers in his own right, will definitely look to exploit.

GO DEEPER

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Most of the coaches we spoke to said they could see this one going either way but leaned toward Texas.

I think Texas will present different problems for them that teams in our league couldnt, said a Pac-12 head coach. Those two inside guys (TVondre Sweat and Byron Murphy) are a lot better than any (defensive tackles) in the Pac-12, and I dont think Washington is particularly strong there.

Theyll be able to disrupt things for Washingtons offense and a lot of their stuff is shots down the field that are long-developing plays. Penix isnt going to have time. I also think Sark and his receivers can take advantage of a secondary that we didnt think was very good at all.

(Top photo: Jesse Beals / Icon Sportswire via Getty)

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