Women in science: celebrating the leading females in physics, chemistry and beyond – Wired.co.uk

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On International Women's Day, we celebrate the outstanding women in the WIRED world. In the first of our round-ups, we highlighted the females blazing a trail in business and culture. Now, we celebrate the women of science. Each of these inspirational females is speaking at this year's Starmus IV festival in Trondheim, Norway in June. On International Women's Day, WIRED highlights the females changing the world

Read more about the discoveries and contributions to neuroscience, physics, astrophysics, astronomy and biology made by female scientists across the world.

As Norwegian professor of neuroscience and founding director of the Center for Neural Computation, May is interested in how spatial location and spatial memory are computed in the brain. Her work includes the discovery of grid cells in the entorhinal cortex, which provides clues to a neural mechanism for the metric of spatial mapping. Moser was awarded the Nobel Prize in Physiology or Medicine 2014, together with long-term collaborator Edvard Moser and John OKeefe for their discoveries of cells that constitute a positioning system in the brain. Moser is also co-director of the Kavli Institute for Systems Neuroscience at the Norwegian University of Science and Technology in Trondheim.

Bailey is a British psychiatrist and academic who specialises in children's mental health. Since 2004 she has been professor of child mental health at the University of Central Lancashire. In 1993, Bailey appeared as an expert witness in the James Bulger murder trial. She established that one of Bulger's killers, Jon Venables, knew the difference between right and wrong: information that led to them being convicted of murder. In the 2002 Queen's Birthday Honours, Bailey was appointed an Officer of the Order of the British Empire (OBE) "for services to Youth Justice" and in the 2014 she was promoted to Dame Commander of the Order of the British Empire (DBE) "for services to psychiatry and for voluntary service to people with mental health conditions".

Professor Sara Seager is a planetary scientist and astrophysicist at the Massachusetts Institute of Technology. She has been a pioneer in the world of exoplanets and her groundbreaking research ranges from the detection of exoplanet atmospheres to innovative theories about life on other worlds and the development of novel space mission concepts. She is known for inventing the method used to study exoplanet atmospheres today. Dubbed an "astronomical Indiana Jones", Seager is on a quest for the discovery of a true Earth twin.

Hayhoe's work has resulted in more than 120 peer-reviewed publications that evaluate global climate model performance, develop and compare downscaling approaches, and quantify the impacts of climate change on cities, states, ecosystems, and sectors over the coming century. She has been named one of TIME's 100 Most Influential People and the Foreign Policy's 100 Leading Global Thinkers, as well as one of Politico's 50 thinkers, doers, and visionaries transforming American politics.

Born and raised in India, Natarajan received undergraduate degrees in Physics and Mathematics at MIT. Now a theoretical astrophysicist at Yale, Natarajan is recognised for her seminal contributions to the study of dark matter and the formation and growth of black holes.

Best known for her role in deciphering the molecular mechanisms of CRISPR-Cas9, Charpentier's lab discovered that Cas9 could be used to make cuts in any DNA sequence desired. Charpentier has been awarded several international prizes, awards, and acknowledgments including the Breakthrough Prize in Life Sciences, the Gruber Foundation International Prize in Genetics and the Leibniz Prize.

The director of the SETI Institute Carl Sagan Centre since August 2015, Cabrol is currently developing a new, multidisciplinary, roadmap to bridge astrobiology and the SETI search. She counts more than 470 peer-reviewed publications and proceedings of professional conferences.

Selected to the Nasa astronaut corps in 1996, Dr Magnus flew in space on the STS-112 shuttle mission in 2002, and on the final shuttle flight, STS-135, in 2011. In addition, she flew to the International Space Station on STS-126 in November 2008, served as flight engineer and science officer on Expedition 18, andreturned home on STS-119 after four and a half months on board. Following her assignment on Station, she served at NASA Headquarters in the Exploration Systems Mission Directorate. Her last duty at NASA, after STS-135, was as the deputy chief of the Astronaut Office.

Dr Magnus has received numerous awards, including the Nasa Space Flight Medal, the Nasa Distinguished Service Medal, the Nasa Exceptional Service Medal, and the 40 at 40 Award (given to former collegiate women athletes to recognize the impact of Title IX).

Starmus IV, hosted by NTNU, runs from June 18 to June 23 in Trondheim, Norway, tickets available from http://www.starmus.com.

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Women in science: celebrating the leading females in physics, chemistry and beyond - Wired.co.uk

New survey finds ‘Peter Pan’ radio galaxies that may never grow up … – Science Daily


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New survey finds 'Peter Pan' radio galaxies that may never grow up ...
Science Daily
A team of astronomers has doubled the number of known young, compact radio galaxies -- galaxies powered by newly energized black holes. The improved ...
Scientists Find 'Peter Pan' Radio Galaxies That Never Grow Up ...Science Times

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New survey finds 'Peter Pan' radio galaxies that may never grow up ... - Science Daily

Artificial intelligence? Only an idiot would think that – Irish Times

Prof Ian Bogost of the Georgia Institute of Technology: not every technological innovation merits being called AI

Not every technological innovation is artificial intelligence and labelling it as such is making the term AI virtually meaningless, says Ian Bogost, a professor of interactive computing at the Georgia Institute of Technology in the US. Bogost gives the example of Googles latest algorithm, Perspective, which is designed to detect hate speech. While media coverage has been hailing this as an AI wonder, it turns out that simple typos can fool the system and allow abusive, harassing, and toxic comments to slip through easily enough.

Researchers from the University of Washington, Seattle, put the algorithm through its paces by testing the phrase Anyone who voted for Trump is a moron, which scored 79 per cent on the toxicity scale. Meanwhile, Anyone who voted for Trump is a mo.ron scored a tame 13 per cent. If you can easily game Artificial Intelligence, was it really intelligent in the first place?

https://arxiv.org/pdf/1702.08138.pdf

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Artificial intelligence? Only an idiot would think that - Irish Times

Why not all forms of artificial intelligence are equally scary – Vox

How worried should we be about artificial intelligence?

Recently, I asked a number of AI researchers this question. The responses I received vary considerably; it turns out there is not much agreement about the risks or implications.

Non-experts are even more confused about AI and its attendant challenges. Part of the problem is that artificial intelligence is an ambiguous term. By AI one can mean a Roomba vacuum cleaner, a self-driving truck, or one of those death-dealing Terminator robots.

There are, generally speaking, three forms of AI: weak AI, strong AI, and superintelligence. At present, only weak AI exists. Strong AI and superintelligence are theoretically possible, even probable, but were not there yet.

Understanding the differences between these forms of AI is essential to analyzing the potential risks and benefits of this technology. There are a whole range of concerns that correspond to different kinds of AI, some more worrisome than others.

To help make sense of this, here are some key distinctions you need to know.

Artificial Narrow Intelligence (often called weak AI) is an algorithmic or specialized intelligence. This has existed for several years. Think of the Deep Blue machine that beat world champion Garry Kasparov in chess. Or Siri on your iPhone. Or even speech recognition and processing software. These are forms of nonsentient intelligence with a relatively narrow focus.

It might be too much to call weak AI a form of intelligence at all. Weak AI is smart and can outperform humans at a single task, but thats all it can do. Its not self-aware or goal-driven, and so it doesnt present any apocalyptic threats. But to the extent that weak AI controls vital software that keeps our civilization humming along, our dependence upon it does create some vulnerabilities. George Dvorsky, a Canadian bioethicist and futurist, explores some of these issues here.

Then theres Artificial General Intelligence, or strong AI; this refers to a general-purpose system, or what you might call a thinking machine. Artificial General Intelligence, in theory, would be as smart or smarter than a human being at a wide range of tasks; it would be able to think, reason, and solve complex problems in myriad ways.

Its debatable whether strong AI could be called conscious; at the very least, it would demonstrate behaviors typically associated with consciousness commonsense reasoning, natural language understanding, creativity, strategizing, and generally intelligent action.

Artificial General Intelligence does not yet exist. A common estimate is that were perhaps 20 years away from this breakthrough. But nearly everyone concedes that its coming. Organizations like the Allen Institute for Artificial Intelligence (founded by Microsoft co-founder Paul Allen) and Googles DeepMind project, along with many others across the world, are making incremental progress.

There are surely more complications involved with this form of AI, but its not the stuff of dystopian science fiction. Strong AI would aim at a general-purpose human level intelligence; unless it undergoes rapid recursive self-improvement, its unlikely to pose a catastrophic threat to human life.

The major challenges with strong AI are economic and cultural: job loss due to automation, economic displacement, privacy and data management, software vulnerabilities, and militarization.

Finally, theres Artificial Superintelligence. Oxford philosopher Nick Bostrom defined this form of AI in a 2014 interview with Vox as any intellect that radically outperforms the best human minds in every field, including scientific creativity, general wisdom and social skills. When people fret about the hazards of AI, this is what theyre talking about.

A truly superintelligent machine would, in Bostroms words, become extremely powerful to the point of being able to shape the future according to its preferences. As yet, were nowhere near a fully developed superintelligence. But the research is underway, and the incentives for advancement are too great to constrain.

Economically, the incentives are obvious: The first company to produce artificial superintelligence will profit enormously. Politically and militarily, the potential applications of such technology are infinite. Nations, if they dont see this already as a winner-take-all scenario, are at the very least eager to be first. In other words, the technological arms race is afoot.

The question, then, is how far away from this technology are we, and what are the implications for human life?

For his book Superintelligence, Bostrom surveyed the top experts in the field. One of the questions he asked was, "by what year do you think there is a 50 percent probability that we will have human-level machine intelligence?" The median answer to that was somewhere between 2040 and 2050. That, of course, is just a prediction, but its an indication of how close we might be.

Its hard to know when an artificial superintelligence will emerge, but we can say with relative confidence that it will at some point. If, in fact, intelligence is a matter of information processing, and if we assume that we will continue to build computational systems at greater and greater processing speeds, then it seems inevitable that we will create an artificial superintelligence. Whether were 50 or 100 or 300 years away, we are likely to cross the threshold eventually.

When it does happen, our world will change in ways we cant possibly predict.

We cannot assume that a vastly superior intelligence is containable; it would likely work to improve itself, to enhance its capabilities. (This is what Bostrom calls the control problem.) A hyper-intelligent machine might also achieve self-awareness, in which case it would begin to develop its own ends, its own ambitions. The hope that such machines will remain instruments of human production is just that a hope.

If an artificial superintelligence does become goal-driven, it might develop goals incompatible with human well-being. Or, in the case of Artificial General Intelligence, it may pursue compatible goals via incompatible means. The canonical thought experiment here was developed by Bostrom. Lets call it the paperclip scenario.

Heres the short version: Humans create an AI designed to produce paperclips. It has one utility function to maximize the number of paperclips in the universe. Now, if that machine were to undergo an intelligence explosion, it would likely work to optimize its single function producing paperclips. Such a machine would continually innovate new ways to make more paperclips. Eventually, Bostrom says, that machine might decide that converting all of the matter it can including people into paperclips is the best way to achieve its singular goal.

Admittedly, this sounds a bit stupid. But its not, and it only appears so when you think about it from the perspective of a moral agent. Human behavior is guided and constrained by values self-interest, compassion, greed, love, fear, etc. An Advanced General Intelligence, presumably, would be driven only by its original goal, and that could lead to dangerous, and unanticipated, consequences.

Again, the paperclip scenario applies to strong AI, not superintelligence. The behavior of an a superintelligent machine would be even less predictable. We have no idea what such a being would want, or why it would want it, or how it would pursue the things it wants. What we can be reasonably sure of is that it will find human needs less important than its own needs.

Perhaps its better to say that it will be indifferent to human needs, just as human beings are indifferent to the needs of chimps or alligators. Its not that human beings are committed to destroying chimps and alligators; we just happen to do so when the pursuit of our goals conflicts with the wellbeing of less intelligent creatures.

And this is the real fear that people like Bostrom have of superintelligence. We have to prepare for the inevitable, he told me recently, and take seriously the possibility that things could go radically wrong.

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Why not all forms of artificial intelligence are equally scary - Vox

IBM Rated Buy On ‘Upside Potential,’ Artificial Intelligence Move – Investor’s Business Daily

IBM CEO Ginni Rometty told investors that her company is emerging as a leader in cognitive computing. (IBM)

IBM (IBM) is an attractive turnaround story with improved fundamental trends, says a Drexel Burnham analyst who reiterated a buy rating and raised his price target on the computer giant.

The buy rating by Drexel Burnham analyst Brian White follows a day of briefings that IBM presented to investors at its annual Investor Briefing conference that ended Tuesday.

"We believe IBM has further upside potential as the fruits of the company's labor around its strategic imperatives are better appreciated and more investors warm up to the stock," White wrote in a research note. Along with his buy rating, White raised his price target on IBM to 215, from 186.

IBM stock ended the regular trading session at179.45, down fractionally on the stock market today. It's currently trading near a 29-month high.

The investor's day events included a presentation by IBM Chief Executive Ginni Rometty, who said the company has reached an important moment with a solid foundation and is emerging as a leader in cognitive computing with its Watson computing platform and cloud services.

Announcements from the investor briefing included IBM and Salesforce.com (CRM) agreeing to a strategic partnership focused on artificial intelligence and supported by IBM's Watson computer and the Einstein computing platform by Salesforce.com.

Salesforce and IBM will combine their two AI offerings but will also continue to sell the combined offering under two brands. Salesforce and IBM said they would "seamlessly connect" their AI offerings "to enable an entirely new level of intelligent customer engagement across sales, service, marketing, commerce and more."

Salesforce stock finished at83.48, up 0.6%.

Decades of research and billions of dollars have poured into developingartificial intelligence, which has crossedover from science fiction to game-show novelty to the cusp of widespread business applications. IBM has said Watson represents a new era of computing.

IBD'S TAKE: After six consecutive quarters of declining quarterly earnings at IBM,growth may be on the mend. IBM reported fourth-quarter earnings after the market close Jan. 19 that beat on the top and bottom lines for the fifth straight quarter.

"We believe IBM is furthest ahead in the cognitive computing movement and we believe the Salesforce partnership is only the beginning of more deals in the coming years," White wrote.

Other companies investing heavily in AI include Google parent Alphabet (GOOGL) and graphics chip company Nvidia (NVDA).

Alphabet has used AI to enhance Google search abilities, improve voice recognition and to derive more data from images and video.

Nvidia has developed chip technology for AI platforms used in autonomous driving features, and to enhance how a driver and car communicate.

Not everyone is a bull on the IBM train. Credit Suisse analyst Kulbinder Garcha, has an underperform rating on IBM and price target of 110. Garcha, in a research note, said IBM remains in a multiyear turnaround.

"We believe it will take multiple years for faster growing segments such as the Cognitive Solutions segment and Cloud to offset the decline in the core business," Garcha wrote.

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IBM Rated Buy On 'Upside Potential,' Artificial Intelligence Move - Investor's Business Daily

Artificial Intelligence for Cars May Drive Future of Healthcare – Healthline

The same artificial intelligence that may soon drive your new car is being adapted to help drive interventional radiology care for patients.

Researchers at the University of California, Los Angeles (UCLA), have used advanced artificial intelligence, also called machine learning, to create a chatbot or Virtual Interventional Radiologist (VIR).

This device communicates automatically with a patients physicians and can quickly offer evidence-based answers to frequently asked questions.

The scientists will present their research today at the Society of Interventional Radiologys 2017 annual scientific meeting in Washington, D.C.

This breakthrough will allow clinicians to give patients real-time information on interventional radiology procedures as well as planning the next step of their treatment.

Dr. Edward W. Lee, assistant professor of radiology at UCLAs David Geffen School of Medicine, and one of the authors of the study, said he and his colleagues theorized they could use artificial intelligence in low-cost, automated ways to improve patient care.

The fundamental technology that has made self-driving cars possible is deep learning, a type of artificial intelligence modeled after the connections in the human brain, explained Dr. Kevin Seals, resident physician in diagnostic radiology at UCLA Health, and a study co-author, said in a Healthline interview.

Seals, who programmed the VIR, said advanced computers and the human brain have a number of similarities.

Using deep learning, computers are now essentially as good as humans at identifying particular objects, making it possible for self-driving cars to see and appropriately navigate their environment, he said.

This same technology can allow computers to understand complex text inputs such as medical questions from healthcare professionals, he added. By implementing deep learning using the IBM Watson cognitive technology and Natural Language Processing, we are able to make our virtual interventional radiologist smart enough to understand questions from physicians and respond in a smart, useful way.

Read more: Regenerative medicine has a bright future

Think of it as an initial, superfast layer of information gathering that can be used prior to taking the time to contact an actual human diagnostic or interventional radiologist, Seals said.

The user simply texts a question to the virtual radiologist, which in many cases provides an excellent, evidence-based response more or lessinstantaneously, he said.

He noted that if the patient doesnt receive a helpful response, they are rapidly referred to a human radiologist.

Tools such as our chatbot are particularly important in the current clinical environment, which focuses on quality metrics and follows evidence-based clinical guidelines that are proven to help patients, he said.

Seals said a team of academic radiologists curated the information provided in the application from the radiology literature, and it is rigorously scientific and evidence-based.

We hope that using the application will encourage cutting-edge patient management that results in improved patient care and significantly benefits our patients, he added.

It can be thought of as texting with a virtual representation of a human radiologist that offers a significant chunk of the functionality of speaking with an actual human radiologist, Seals said.

When the non-radiologist clinician texts a question to the VIR, deep learning is used to understand that message and respond in an intelligent manner.

We get a lot of questions that are fairly readily automated, Seals said. Such as I am worried that my patient has a blood clot in their lungs. What is the best type of imaging to perform to make the diagnosis? The chatbot can respond to questions like this in a supersmart, evidence-based way.

Sample responses, he said, can include instructive images (for example, a flowchart that shows a clinical algorithm), response text messages, and subprograms within the application such as a calculator to determine a patients Wells score, a metric doctors use to guide clinical management.

The VIR application resembles an online customer service chat.

To create a crucial foundation of knowledge, the researchers fed the app more than 2,000 data points that simulated the common inquiries interventional radiologists receive when they meet with patients.

Read more: A watch that tells you when youre getting sick

When a referring clinician asks a question, the extensive knowledge base of the app allows it to respond instantly with the best answer.

The various forms of responses can include websites, infographics, and custom programs.

If the VIR determines that an answer requires a human response, the program will provide contact information for a human interventional radiologist.

The app learns as clinicians use it, and each scenario teaches the VIR to become increasingly smarter and more powerful, Seals said.

The nature of chatbot communications should protect patient privacy.

Confidentiality is critically important in the world of modern technology and something we take very seriously, Seals said.

He added that the application was created and programmed by physicians with extensive HIPAA (Health Insurance Portability and Accountability Act of 1996) training.

We are able to avoid these issues because users ask questions in a general and anonymous manner, Seals said. Protected health information is never needed to use the application, nor is it relevant to its function.

All users professional healthcare providers such as physicians and nurses must agree to not include any specific protected patient information in their texts to the chatbot, he added.

None of the diverse functionality within the application requires specific patient information, Seals said.

Read more: Artificial bones are the latest thing in 3-D printing

This new technology represents the fastest and easiest way for clinicians to get the information they need in the hospital, starting with radiology and eventually expanding to other specialties such as neurosurgery and cardiology, Seals said.

Our technology can power any type of physician chatbot, he explained. Currently, there are information silos of sorts that exist between various specialists in the hospital, and there is no good tool for rapidly sharing information between these silos. It is often slow and difficult to get a busy radiologist on the phone, which inconveniences clinicians and delays patient care.

Other clinicians at the UCLA David Geffen School of Medicine are testing the chatbot, and Seals and Lee say their technology is fully functional now.

We are refining it and perfecting it so it can thrive in a wide release, Seals said.

Seals engineering and software background allowed him to perform the necessary programming for the as-yet unfunded research project. He said he and his colleagues will seek funding as they expand.

This breakthrough technology will debut soon.

The VIR will be made available in about one month to all clinicians at the UCLA Ronald Reagan Medical Center. Further use at UCLA will help the team to refine the chatbot for wider release.

The VIR could also become a free app.

We are exploring potential models for releasing the application, Seals said. It may very well be a free tool we release to assist our clinician colleagues, as we are academic radiologists focused on sharing knowledge and improving clinical medicine.

The researchers described the importance of the VIR in a summary of their findings: Improved artificial intelligence through deep learning has the potential to fundamentally transform our society, from automated image analysis to the creation of self-driving cars.

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Artificial Intelligence for Cars May Drive Future of Healthcare - Healthline

The Architecture of Artificial Intelligence – Archinect

Behnaz Farahi Breathing Wall II

Let us consider an augmented architect at work. He sits at a working station that has a visual display screen some three feet on a side, this is his working surface, controlled by a computer with which he can communicate by means of small keyboards and various other devices. Douglas Engelbart

This vision of the future architect was imagined by engineer and inventor Douglas Engelbart during his research into emerging computer systems atStanfordin 1962. At the dawn of personal computing he imagined the creative mind overlapping symbiotically with the intelligent machine to co-create designs. This dual mode of production, he envisaged, would hold the potential to generate new realities which could not be realized by either entity operating alone. Today, self-learning systems, otherwise known asartificial intelligence or AI, are changing the way architecture is practiced, as they do our daily lives, whether or not we realize it. If you are reading this on a laptop or tablet, then you are directly engaging with a number of integrated AI systems, now so embedded in our the way we use technology, they often go unnoticed.

As an industry, AI is growing at an exponential rate, now understood to be on track to be worth $70bn globally by 2020.This is in part due to constant innovation in the speed of microprocessors, which in turn increases the volume of data that can be gathered and stored. But dont panicthe artificial architect with enhanced Revit proficiency is not coming to steal your job. The human vs. robot debate, while compelling, is not so much the focus here but instead how AI is augmenting design and how architects are responding to and working with these technological developments. What kind of innovation is artificial intelligence generating in the construction industry?

Assuming you read this as a non-expert, it is likely that much of the AI you have encountered to this point has been weak AI, otherwise known as ANI (Artificial Narrow Intelligence). ANI follows pre-programmed rules so that it appears intelligent but is in effect a simulation of a human-like thought process. With recent innovations such as that of Nvidias microchip in April 2016, a shift is now being seen towards what we might understand as deep learning, where a system can, in effect, train and adapt itself. The interest for designers is that AI is, therefore, starting to apply itself to more creative tasks, such aswriting books, making art, web design, or self-generating design solutions, due to its increased proficiency in recognizing speech and images. Significant AI winters', or periods where funding has been hard to source for the industry, have occurred over the last twenty years, but commentators such as philosopher Nick Bostrom now suggest we are on the cusp of an explosion in AI, and this will not only shape but drive the design industry in the next century. AI, therefore, has the potential to influence the architectural design process at a series of different construction stages, from site research to the realization and operation of the building.

1. Site and social research

By already knowing everything about us, our hobbies, likes, dislikes, activities, friends, our yearly income, etc., AI software can calculate population growth, prioritize projects, categorize streets according to usage and so on, and thus predict a virtual future and automatically draft urban plans that best represent and suit everyone. -Rron Beqiri on Future Architecture Platform.

Gathering information about a project and its constraints is often the first stage of an architectural design process, traditionally involving traveling to a site, perhaps measuring, sketching and taking photographs. In the online and connected world, there is already a swarm-like abundance of data for the architect to tap into, already linked and referenced against other sources allowing the designer to, in effect, simulate the surrounding site without ever having to engage with it physically. This information fabric has been referred to as the internet of things. BIM tools currently on the market already tap into these data constellations, allowing an architect to evaluate site conditions with minute precision. Software such as EcoDesigner Star or open-source plugins for Google SketchUp allows architects to immediately calculate necessary building and environmental analyses without ever having to leave their office. This phenomenon is already enabling many practices to take on large projects abroad that might have been logistically unachievable just a decade ago.The information gathered by our devices and stored in the Cloud amounts to much more than the material conditions of the world around us

The information gathered by our devices and stored in the Cloud amounts to much more than the material conditions of the world around us. Globally, we are amassing ever-expanding records of human behavior and interactions in real-time. Personal, soft data might, in the most optimistic sense, work towards the socially focused design that has been widely publicized in recent years by its ability to integrate the needs of users. This approach, if only in the first stages of the design process, would impact the twentieth-century ideals of mass production and standardization in design. Could the internet of things create a socially adaptable and responsive architecture? One could speculate that, for example, when the population of children in a city crosses a maximum threshold in relation to the number of schools, a notification might be sent to the district council that it is time to commission a new school. AI could, therefore, in effect, write the brief for and commission architects by generating new projects where they are most needed.

Autodesk. Bicycle design generated by Dreamcatcher AI software.

2. Design decision-making

Now that we have located live-updating intelligence for our site, it is time to harness AI to develop a design proposal. Rather than a program, this technology is better understood as an interconnected, self-designing system that can upgrade itself. It is possible to harness a huge amount of computing power and experience by working with these tools, even as an individual as Autodesk president Pete Baxtertold the Guardian: now a one-man designer, a graduate designer, can get access to the same amount of computing power as these big multinational companies. The architect must input project parameters, in effect an edited design brief, and the computer system will then suggest a range of solutions which fulfill these criteria. This innovation has the potential to revolutionize how architecture is not only imagined but how it is fundamentally expressed for designers who choose to adopt these new methods.

I spoke with Michael Bergin, a researcher at Project Dreamcatcher at Autodesks Research Lab, to get a better understanding of how AI systems are influencing the development of design software for architects. While their work was initially aimed at the automotive and industrial design industries, Dreamcatcher now is beginning to filter into architecture projects. It was used recently to develop The Livings generative design for Autodesk's new office in Toronto and MX3Ds steel bridge in Amsterdam. The basic concept is that CAD models of the surrounding site and other data, such as client databases and environmental information, are fed into the processor. Moments later, the system outputs a series of optimized 3D design solutions ready to render. These processes effectively rely on cloud computing to create a multitude of options based on self-learning algorithmic parameters. Lattice-like and fluid forms are often the aesthetic result, perhaps unsurprisingly, as the software imitates structural rules found in nature.future architects would be less in the business of drawing and more into specifying requirements of the problem

The Dreamcatcher software has been designed to optimize parametric design and link into and extend existing software designed by Autodesk, such as Revit and Dynamo. Interestingly, Dreamcatcher can make use of a wide and increasing spectrum of design input datasuch as formulas, engineering requirements, CAD geometry, and sensor informationand the research team is now experimenting with Dreamcatchers ability to recognize sketches and text as input data. Bergin suggests he imagines the future of design tools as systems that accept any type of input that a designer can produce [to enable] a collaboration with the computer to iteratively target a high-performing design that meets all the varied needs of the design team. This would mean future architects would be less in the business of drawing and more into specifying requirements of the problem, making them more in sync with their machine counterparts in a project. Bergin suggests architects who adopt AI tools would have the ability to synthesize a broad set of high-level requirements from the design stakeholders, including clients and engineers, and produce design documentation as output, in line with Engelbarts vision of AI augmenting the skills of designers.

AI is also being used directly in software such as Space Syntaxs depthmapX, designed at The Bartlett in London, to analyze the spatial network of a city with an aim to understand and utilize social interactions and in the design process. Another tool, Unity 3D, is built from software developed for game engines to enable designers to analyze their plans, such as the shortest distances to fire exits. This information would then allow the architect to re-arrange or generate spaces in plan, or even to organize entire future buildings. Examples of architects who are adopting these methods include Zaha Hadid with the Beijing Tower project (designed antemortem) and MAD Architects in China, among others.

Computational Architecture Digital Grotesque Project

3. Client and user engagement

As so much of the technology built into AI has been developed from the gaming industry, its ability to produce forms of augmented reality have interesting potential to change the perception and engagement with architecture designs for both the architects and non-architects involved in a project. Through the use of additional hardware, augmented reality has the ability to capture and enhance real-world experience. It would enable people to engage with a design prior to construction, for example, to select the most appealing proposal from their experiences within its simulation. It is possible that many architecture projects will also remain in this unbuilt zone, in a parallel digital reality, which the majority of future world citizens will simultaneously inhabit.

Augmented reality would, therefore, allow a client to move through and sense different design proposals before they are built. Lights, sounds, even the smells of a building can be simulated, which could reorder the emphasis architects currently give to specific elements of their design. Such a change in representational method has the potential to shift what is possible within the field of architecture, as CAD drafting did at the beginning of this century. Additionally, the feedback generated by augmented reality can feed directly back into the design, allowing models to directly interact and adapt to future users. Smart design tools such as Materiable by Tangible Media are beginning to experiment with how AI can begin to engage with and learn from human behavior.

Computational Architecture Digital Grotesque Project

4. Realizing designs and rise of robot craftsmen

AI systems are already being integrated into the construction industryinnovative practices such asComputational Architectureare working with robotic craftsmen to explore AI in construction technology and fabrication. Michael Hansmeyer and Benjamin Dillenburger, founders of Computational Architecture, are investigating the new aesthetic language these developments are starting to generate. Architecture stands at an inflection point, he suggests on their website, the confluence of advances in both computation and fabrication technologies lets us create an architecture of hitherto unimaginable forms, with an unseen level of detail, producing entirely new spatial sensations.

3D printing technology developed from AI software has the potential to offer twenty-first-century architects a significantly different aesthetic language, perhaps catalyzing a resurgence of detail and ornamentation, now rare due to the decline in traditional crafts. Hansmeyer and Dillenburgers Grotto Prototype for the Super Material exhibition, London, was a complex architectural grotto 3D-printed from sandstone. The form of the sand grains was arranged by a series of algorithms custom designed by the practice. The technique allowed forms to be developed which were significantly different to that of traditional stonemasonry. The aim of the project was to show that it is now possible to print building-scale rooms from sandstone and that 3D printing can also be used for heritage applications, such as repairs to statues.The confluence of advances in both computation and fabrication technologies lets us create an architecture of hitherto unimaginable forms

Robotics are also becoming more common on construction job sites, mostly dealing with human resources and logistics. According to AEM, their applications will soon expand to bricklaying, concrete dispensing, welding, and demolition. Another example of their future use could include working with BIM to identify missing elements in the snagging process and update the AI in real-time. Large scale projects, for example, government-lead infrastructure initiatives, might be the first to apply this technology, followed by mid-scale projects in the private sector, such as cultural buildings. The challenges of the construction site will bring AI robotics out of the indoor, sanitized environment of the lab into a less scripted reality. Robert Saunders, a researcher into AI and fabrication at the University of Sydney, told New Atlas that "robots are great at repetitive tasks and working with materials that react reliablywhat we're interested in doing is trying to develop robots that are capable of learning how to work with materials that work in non-linear ways like working with hot wax or expanding foam or, more practically, with low-grade building materials like low-grade timber. Saunders foresees robot stonemasons and other craftsbots working in yet unforeseen ways, such as developing the architect's skeleton plans, in effect, spontaneously generating a building on-site from a sketch.

Ori System by Ori

5. Integrating AI systems

This innovation involves either integrating developing artificial technologies with existing infrastructure or designing architecture around AI systems. There is a lot of excitement in this field, influenced in part by Mark Zuckerbergs personal project to develop networked AI systems within his home, which he announced in hisNew years Facebook postin 2016. His wish is to develop simple AI systems to run his home and help with his day-to-day work. This technology would have the ability to recognize the voices of members of the household and respond to their requests. Designers are taking on the challenge of designing home-integrated systems, such as theOri Systemof responsive furniture, or gadgets such asEliqfor energy monitoring. Other innovations, such as driverless cars that run on an integrated system of self-learning AI, have the potential to shape how our cities are laid out and plannedin the most basic sense, limiting our need for more roads and parking areas.

Behnaz Farahi is a young architect who is employing her research into AI and adaptive surfaces to develop interactive designs, such as in her Aurora and Breathing Wall projects. She creates immersive and engaging indoor environments which adapt to and learn from their occupants. Her approach is one of manydifferent practices with different goals will adapt AI at different stages of their process, creating a multitude of architectural languages.

Researchers and designers working in the field of AI are attempting to understand the potential of computational intelligence to improve or even upgrade parts of the design process with an aim to create a more functional and user-optimized built environment. It has always been the architects task to make decisions based on complex, interwoven and sometimes contradictory sets of information. As AI gradually improves in making useful judgments in real-world situations, it is not hard to imagine these processes overlapping and engaging with each other. While these developments have the potential to raise questions in terms of ownership, agency and, of course, privacy in data gathering and use, the upsurge in self-learning technologies is already altering the power and scope of architects in design and construction. As architect and design theorist Christopher Alexander said back in 1964, We must face the fact that we are on the brink of times when man may be able to magnify his intellectual and inventive capacity, just as in the nineteenth century he used machines to magnify his physical capacity.To think architecturally is to imagine and construct new worlds, integrate systems and organize information

In our interview, Bergin gave some insights into how he sees this technology impacting designers in the next twenty years. The architectural language of projects in the future may be more expressive of the design teams intent, he stated. Generative design tools will allow teams to evaluate every possible alternative strategy to preserve design intent, instead of compromising on a sub-optimal solution because of limitations in time and/or resources. Bergin believes AI and machine learning will be able to support a dynamic and expanding community of practice for design knowledge. He can also foresee implications of this in the democratization of design work, suggesting the expertise embodied by a professional of 30 years may be more readily utilized by a more junior architect. Overall, he believes architectural practice over the next 20 years will likely become far more inclusive with respect to client and occupant needs and orders of magnitude more efficient when considering environmental impact, energy use, material selection and client satisfaction.

On the other hand, Pete Baxter suggestsarchitects have little to fear from artificial intelligence: "Yes, you can automate. But what does a design look like that's fully automated and fully rationalized by a computer program? Probably not the most exciting piece of architecture you've ever seen. At the time of writing, many AI algorithms are still relatively uniform and relatively ignorant of context, and it is proving difficult to automate decision-making that would at first glance seem simple for a human. A number of research labs, such theMIT Media Lab, are working to solve this. However, architectural language and diagramming have been part of programming complex systems and software from the start, and they have had a significant influence on one another. To think architecturally is to imagine and construct new worlds, integrate systems and organize information, which lends itself to the front line of technical development. As far back as the 1960s, architects were experimenting with computer interfaces to aid their design work, and their thinking has inspired much of the technology we now engage with each day.

Behnaz Farahi Aurora

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The Architecture of Artificial Intelligence - Archinect

Amazon CEO’s Rocket Company Blue Origin Emerges as Force in Aerospace – Fox Business

Expanding satellite-service provider OneWeb Ltd. has signed multiple contracts for launches early in the next decade with Blue Origin LLC, the high-profile space company run by Amazon.com Inc. (AMZN) Chief Executive Jeff Bezos.

Wednesday's announcement covers five separate launches comprising roughly 400 relatively small but powerful satellites and starts in 2021, according to Greg Wyler, OneWeb's executive chairman. In an interview, he said the satellites are projected to provide internet connections some 10 times faster than those offered by initial spacecraft designs.

Financial details weren't immediately available.

Mr. Bezos posted a message on Twitter confirming that the agreement is for "for five launches initially," and added a personal nod to the OneWeb's founder: "Happy to work with you."

On his Twitter feed, Mr. Wyler said "we will be busy" making satellites "and creating jobs."

For Mr. Bezos and his closely held Blue Origin, which for years has been developing its family of reusable rockets and manned capsules without fanfare and almost entirely in secret, the contracts represent a financial and public relations coup.

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Combined with the company's separate launch contract for a much larger satellite announced Tuesday with Eutelsat SA, a legacy operator with a fleet of 39 satellites, the disclosures amount to a carefully choreographed, partial lifting of Blue Origin's corporate veil.

Coinciding with a major satellite conference in Washington, the announcements signal that the company Mr. Bezos founded in 2000 in some ways is now moving into the mainstream of the global aerospace arena.

Both OneWeb and Eutelsat previously contracted with established launch providers, making their high-profile demonstrations of confidence in Blue Origin significant.

The massive rocket that is slated to launch the satellites probably won't fly until the end of the decade. Photographs of its first fully assembled primary engine weren't released until this week. And despite his persistence, deep pockets and passion for space, Mr. Bezos hasn't yet blasted any booster or spacecraft into orbit.

Still, developments in the past two days underscore that Blue Origin -- now boasting some 1,000 employees and facilities from Florida to the Northwest -- intends to use its New Glenn rocket to compete aggressively for commercial launches. Mr. Bezos also has indicated his aim is to develop a bigger, more powerful booster eventually capable of transporting astronauts deep into the solar system.

The two-stage version of Blue Origin's workhorse New Glenn rocket, named after the late U.S. astronaut and senator John Glenn, has been described by the company as 270 feet tall, and able to generate nearly 3.9 million pounds of thrust from seven main engines. A larger, three-stage version would be more than 310 feet tall.

With a few exceptions, Mr. Bezos has opted to run Blue Origin behind strict confidentiality restrictions -- and without seeking substantial federal contracts or development funding. But now, a new commercial sales push appears to be changing that corporate culture to some extent.

It was only last fall that Mr. Bezos rocked the global aerospace community by disclosing some particulars of the New Glenn rocket. If all goes well, by 2021 or 2022 the booster could become a full-fledged competitor for Space Exploration Technologies Corp., founded and run by fellow billionaire Elon Musk. It also could vie for launch contracts against Arianespace, Europe's premier launch provider, and United Launch Alliance, a joint venture between Boeing Co. (BA) and Lockheed Martin Corp. (LMT).

OneWeb, which is 20%-owned by Japanese telecom company SoftBank Group Corp. and backed by Airbus Group SE, has announced firm plans to launch some 600 satellites to provide faster and cheaper internet connections world-wide. OneWeb has suggested it ultimately may launch as many as 2,000 additional satellites, after initial commercial operations begin in 2019.

OneWeb anticipates assembling satellites in Florida at a rate of one in less than 24 hours -- at a cost below $1 million apiece. With that kind of production profile, the company is looking for multiple launch providers for later phases of the venture.

Mr. Wyler stopped short of saying the company and its backers have committed to launching the estimated 2,000 satellites. But when it comes to those plans, he said "more than our toe is in the water." Suggesting that more launch contracts with other providers are in the offing, he said "we talk broadly across the launch industry" regarding OneWeb's future requirements.

Blue Origin is building its own facility nearby, and plans to use an adjacent government pad to conduct launch operations.

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After Hidden Figures, new program seeks to flood aerospace with women – Ars Technica

Enlarge / A new mentorship program seeks to honor the memory of Brooke Owens.

Brooke Owens Fellowship Program

Lori Garver had just boarded a plane last June when she heard that her young friend, D. Brooke Owens, had passed away. Owens, 35, had hadterminal cancer for a long time, but the moment still stung Garver, the former deputy NASA administrator. She'd mentored Owens toward her dream of running an airport, and the two had become close.

During those few minutes before the plane took off, Garver said she just couldn't let it go. So she dashed off an e-mail to friends and colleagues in the aerospace businesschief executives, managers, and bright, young chiefs of staff she'd worked with at NASA and in the White House. Would they be interested in mentoring young women interested in getting into the aerospace industry?

"My goal, sitting on that airplane, was to get five or maybe at most 10 internships," Garver told Ars in an interview. But by the time her flight had landed, Garver's inbox was full with interested companies. Two other close friends of OwensCassie Lee, the director of Aerospace Applications at Vulcan, Inc., and William Pomerantz, the vice president of special projects at Virgin Galacticsaid they wanted to help organize the program. On Wednesday, less than a year after her passing, theBrooke Owens Fellowship Program launched with 36 paid internships.

Garver said the aerospace industry has a fairly good record with breaking through the glass ceiling. The chief executives of two of the major players in the industry, Lockheed Martin's Marillyn Hewson and Aerojet Rocketdyne's Eileen Drake, are both women. "Ithink the bigger issue is our raw numbers, because we dont have nearly enough women in any part of the pipeline,"said Garver, who served as NASA's deputy administrator from 2009 to 2013 and is now general manager of the Air Line Pilots Association.

"I can say from first-hand experience, if youre in a meeting and youre the only woman there, or just one of a handful, youre much more easily dismissed or ignored," she said. "Iwatched Hidden Figures and just cried the whole time, that our industry hasnt changed more since then."

Recalling her mentoring experience with Owens, Garver and her cofounders figured the best way to remedy the problem was to bring young women interested in aviation and space exploration into major companies in the field, provide them each with two senior aerospace professionals as mentors, and give them experience. Each class of women will also attend a conference and, Garver hopes, form a cohort that will help them network throughout their careers.

Ultimately, it didn't prove difficult to find interested CEOs. Companies such as SpaceX, Blue Origin, Virgin Orbit, Orbital ATK, and many more provided internships. Some companies wanted to offer several. "It ended up being an easy sell," Garver said. "It wasn't hard to convince a company to bring in a fantastic young woman."

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After Hidden Figures, new program seeks to flood aerospace with women - Ars Technica

Global Aerospace Fasteners Market to Grow at a CAGR of 6.86%, 2017-2021 with 3V Fasteners, Arconic, B&B … – Yahoo Finance

DUBLIN--(BUSINESS WIRE)--

Research and Markets has announced the addition of the "Global Aerospace Fasteners Market 2017-2021" report to their offering.

The global aerospace fasteners market to grow at a CAGR of 6.86% during the period 2017-2021.

The report, Global Aerospace Fasteners Market 2017-2021, has been prepared based on an in-depth market analysis with inputs from industry experts. The report covers the market landscape and its growth prospects over the coming years. The report also includes a discussion of the key vendors operating in this market.

The latest trend gaining momentum in the market is advent of 3D printing. 3D printing (additive manufacturing) is an emerging and evolving technology that can print electronics layer-by-layer directly onto 3D surfaces. It surpasses the conventional methods such as computerized numerical control (CNC) cutting, mold manufacturing, or canvas printing in terms of cost, reduction in size and weight, and faster design.

According to the report, one of the major drivers for this market is growing usage of titanium fasteners. Both civilian aircraft programs (comprising Boeing 787, Bombardier's new C-Series airliners, and Airbus A350) and military programs (comprising aircraft such as Lockheed's new F-35 Lightning II fighter jet) are preferring titanium aerospace parts. This preference is due to the lightweight property of these parts and their compatibility with carbon fiber-reinforced composite structures, which drives their demand in the market.

Key vendors:

Other prominent vendors:

Key Topics Covered:

Part 01: Executive summary

Part 02: Scope of the report

Part 03: Market research methodology

Part 04: Introduction

Part 05: Market landscape

Part 06: Market segmentation by application

Part 07: Geographical segmentation

Part 08: Market drivers

Part 09: Impact of drivers

Part 10: Market challenges

Part 11: Impact of drivers and challenges

Part 12: Market trends

Part 13: Vendor landscape

Part 14: Appendix

For more information about this report visit http://www.researchandmarkets.com/research/fhsqc9/global_aerospace

View source version on businesswire.com: http://www.businesswire.com/news/home/20170309005587/en/

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Global Aerospace Fasteners Market to Grow at a CAGR of 6.86%, 2017-2021 with 3V Fasteners, Arconic, B&B ... - Yahoo Finance

Addicted To Airlines? 4 Aerospace Alternatives – Seeking Alpha

Industry Thesis

Often we get pressured into thinking we need exposure to certain industries, even when they offer challenging returns. Furthermore, investors tend to invest in the "loudest" business within the supply chain, not the best. By scanning the supply chain within an industry, you can identify where the money is going and maximize your returns.

Airline Industry Growth

A recent Deloitte study indicated the demand for air travel will continue to grow:

In two recent articles (Delta; Airline Busines Model), I highlighted that the passenger airline business is still a tough business to make profit. In spite of great seat occupancy performance in the last decade, most passenger operations barely break even. Investing in airlines today is really about their ability to generate other revenue, outside selling tickets, which is the cause of their recent profitability.

If you're hesitant of investing directly in an airline, I don't blame you. They have on occasion shown glimmers of hope, only to be ravished by economic downturns and terror events causing a drop in revenue. Airlines are trying to switch to a variable cost structure so they can adjust to these events, but I believe it will remain a challenging industry.

In order to get decent return, I suggest you look into other segments within the aerospace industry.

Airline Supply Chain

The airline supply chain is made up of many different types of businesses, each offer different value, resulting in vast differences in business fundamentals. The following figure shows a theoretical snapshot of some of the various stakeholders within the supply chain (note: the cash flow follows the arrows):

Notice that airline operators have the most people to pay and are the most at risk of getting squeezed by suppliers. They are also largely affected by switching costs in the supply chain. It's very expensive to make modifications to aircraft. Modifications also drive additional switching costs related to pilot training programs. Changing IT systems is risky and expensive. The list goes on and on. In spite of this, air travel is growing, causing increased demand for products within the industry:

Options

There are many great options to get exposure to the aerospace industry. A great source is the annual Deloitte study on Aerospace and Defence. This annual report provides lots of insights into the industry and highlights which businesses are experiencing good performance. For example, here are the top 20 aerospace and defence companies by operating margin (2015):

Note that systems suppliers top the list and you don't see many aircraft manufacturers like Boeing (NYSE:BA) or Airbus (OTCPK:EADSY). The aircraft manufacturing business is not a horrible business, but competition is growing and the complexities involved in R&D and aircraft certification will increasingly cause more financial pressure. For instance Bombardier has needed significant bail out capital from the Canadian government to keep the C-Series alive.

Let's look at two of these businesses:

TransDigm (NYSE:TDG) is a designer, producer and supplier of aircraft components for commercial and military aircraft under three segments: Power & Control, Airframe, and Non-aviation. This business is involved in creating key aircraft systems. Since theses suppliers usually hold the intellectual property for these systems, they often get into long term publication, engineering support, and upgrade contracts. I like the stickiness of critical products like that. TDG is currently trading at about $240/share with a free cash flow of about $11/share and an average of about 12% FCF growth per year. It's pretty reasonably priced. TDG has intermittently paid a 10% or $24 annual dividend (missing 2015). I think this business is worth looking into.

Crane Co (NYSE:CR) is a diversified manufacturer of engineered industrial products, operating under four segments: Fluid Handling, Payment & Merchandising Technologies, Aerospace & Electronics, and Engineered Materials. This business does not only serve the aerospace industry. It provides fiberglass-reinforced plastic panels and coils for the manufacturing of recreational vehicles, truck bodies, truck trailers, for applications in commercial and industrial buildings. Currently CR is priced at $74/share based on a FCF of about $4.50/share. FCF has grown at about 3% per year.

Next let's have a look at the companies that topped the free cash flow growth list:

I'm always careful to not pay too much for historic growth. Companies have a habit of not experiencing extreme growth forever, causing investors panics. Here are two from the list:

Spirit AeroSystems (SPR) is an equipment manufacturer, aircraft parts designer, and manufacturer of commercial aero-structures. The Company is also a supplier of aero-structures. The Company operates through three segments: Fuselage Systems, Propulsion Systems and Wing Systems. Over the last 3 years, the company has grown its FCF from under zero to over $3.60/share. It's currently trading at over $60/share.

Moog (NYSE:MOG.A) is a designer, manufacturer and integrator of precision motion and fluid controls and systems for a range of applications in aerospace, defense and industrial markets. The Company has five segments: Aircraft Controls, Space and Defense Controls, Industrial Systems, Components and Medical Devices. These systems are often critical to the aircraft design and require reliable performance. In addition, if any part needs to be replaced, the aircraft operator will usually get an OEM replacement part, unless they have an alternative part list. Although, Deloitte's report showed 21.6% FCF growth, at the end of 2016 Moog saw a reduced FCF. The 3 year compound FCF growth is now flat or zero. In spite of the 2016 results, I believe the business is reasonably priced at $65/share with a little over $4 FCF per share. Moog hydraulic systems are used in many applications and are definitely an industry staple.

To continue your search, I recommend you look at the other metrics from the report. I'm sure there are plenty of great businesses to chose from. Also note the Berkshire Hathaway (NYSE:BRK.A) recently bought Precision Castparts (NYSE:PCP), which was highlighted in the 2016 Deloitte report.

Happy hunting,

Wayne

Disclosure: I/we have no positions in any stocks mentioned, and no plans to initiate any positions within the next 72 hours.

I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it (other than from Seeking Alpha). I have no business relationship with any company whose stock is mentioned in this article.

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Addicted To Airlines? 4 Aerospace Alternatives - Seeking Alpha

PolyU, China Aerospace to Collaborate on Aerospace Engineering – Photonics.com

Photonics.com Mar 2017 HONG KONG, Mar. 8, 2017 Hong Kong Polytechnic University (PolyU) and China Aerospace International Holdings Ltd. (CASIL), a publicly listed subsidiary of China Aerospace Science and Technology Corp. (CASC), have reached a strategic collaborative research framework agreement to advance aerospace engineering in the country.

A joint laboratory on intelligent systems will be established to pioneer research in robotic design and control, energy-saving and cost-efficient vibration control, intelligent systems or structures for control, measurement, sensing and health monitoring in the aerospace field. The collaborative research framework agreement also encompasses a professional exchange, visiting program, taught courses, distinguished lectures, funding support and collaborative research on the mainland of China and in Hong Kong.

"The collaborative research framework agreement is established to combine PolyU's strength in applied technological innovation and CASC's leadership in the aerospace industry for developing high-impact industrial applications and services, said Xingjian Jing, associate professor of mechanical engineering at PolyU and leader of the collaborations robotic systems and vibration control R&D.

CASC is a state-owned enterprise group engaged in the research, design, manufacture and launch of space systems such as launch vehicles, satellites and manned spaceships.

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PolyU, China Aerospace to Collaborate on Aerospace Engineering - Photonics.com

Michael R. Mahfet Appointed Chief Executive Officer of Ascent … – Yahoo Finance

MACOMB, Mich., March 8, 2017 /PRNewswire/ --Ascent Aerospace, LLC, announced today the appointment of Michael Mahfet as Chief Executive Officer, effective immediately. This role will be in addition to his current capacity as President of the company's newly expanded Ascent Integration & Automation Group ("I&A Group").

Joel Rotroff, Partner at American Industrial Partners, stated, "We are very excited to have Michael lead Ascent Aerospace as its CEO. Michael has a long history of success in leadership positions in the industrial automation sector, including most recently at ABB. Michael brings significant expertise in operational and commercial excellence, technical leadership and market focus. Ascent is very well positioned to serve our customers as a market leading solutions provider, with a 'One Ascent' business model at the forefront of our messaging."

"We want to thank Brian Williams for his significant contributions to Ascent Aerospace's success over the last four years as CEO," said Joel Rotroff. "Ascent Aerospace is performing strongly today and is well positioned for the future."

"I am humbled and grateful to become CEO of Ascent Aerospace and look forward to working with and leading our world class employees," said Michael Mahfet. "Ascent is in a wonderful position to continue streamlining its coordinated activities across its global footprint and technology portfolio. Through simplified, standardized and streamlined processes, we will be able to deliver a world class execution model, bringing smart tooling and integrated solutions to the market which address critical 'rate' and 'automation' needs for our aerospace customers."

About Michael MahfetMichael has been leading Ascent Aerospace's Integration & Automation business group for the last six months and previously was Group Vice President and Head of Account Management, ABB Americas. Michael brings over 20 years of experience leading organizations across multiple disciplines at Chrysler, GE and ABB. Michael holds a Bachelor of Science and Master of Science in Engineering from Oakland University in Rochester, MI.

About Ascent Aerospace, LLCConsisting of the Integration & Automation Group and the Tooling Group, Ascent Aerospace is one of the leading providers of tooling systems, factory automation and integration solutions to the global aerospace industry. Visit http://www.ascentaerospace.com for more information.

Ascent Aerospace ContactMs. Courtney Sturniolo, Marketing Manager Courtney.Sturniolo@AscentAerospace.com Tel: +1 714 389 1361 Mobile: +1 949 382 0962

To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/michael-r-mahfet-appointed-chief-executive-officer-of-ascent-aerospace-300420792.html

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President Trump, Please Make American Medicine Great Again and Implement this 10 Point Plan – PR Web (press release)

Nonprofit Trusted Source of Non-Commercial Health Information

Chicago, IL (PRWEB) March 09, 2017

The time has come for a major overhaul of the American healthcare system. "While Obamacare had some noble intentions, Obamacare and politicians have driven medicine into a constant state of disarray. Its time for medical leaders such as the A4M to voice their opinion," asserts Dr. Ronald Klatz.

Dr. Ronald Klatz, M.D., D.O., physician-founder of the American Academy for Antiaging Medicine and patentholder of over 30 medical innovations stated, Physicians must resume control of patient care. Today the insurance company rep has more influence than a doctor. Thats a sad statement. It is necessary to have a plan that restores authority to highly experienced, regulated and educated medical professionals. We should focus on effective, preventative healthcare to extend quality of life and increase longevity, and simply bring back common sense to medicine.

The following 10 point, low cost, high tech healthcare, wellness, and Anti-aging plan could save American Tax Payers over One Trillion Dollars over the next 7 years:

Point One: Point of Care (POC) Laboratory Testing. Defined as testing at/near the site of patient care. The goal of POCT is to allow more rapid and effective diagnosis and triage, leading to improved patient outcomes, reduced morbidity and mortality, and slashed costs.

Point Two: Biomarkers of Aging and Health Measurement. Billions of healthcare dollars are wasted on diseases that can be detected and treated early or prior to occurrence: heart disease and stroke, cancer, and Type 2 diabetes.

Point Three: Free Biannual Comprehensive Metabolic Testing. These tests may slash Type 2 diabetes and metabolic syndrome costs by 20%. This is significant given that Metabolic Syndrome is a primary cause of cardiovascular disease (CVD).

Point Four: 24/7 Telemedicine Consultation Access. The improvements generated from the use of telemedicine are vast. Telemedicine provides access to medical professionals for residents of remote areas and people with limited mobility, unclogs emergency rooms from non-emergency patients, and creates jobs for people who are only able to work via telecommuting.

Point Five: Aging Intervention Drugs. Six major diseases are having an enormous impact on the 65+ population: chronic lung disease, ischemic heart disease, stroke, lung cancer, pneumonia, and gastrointestinal illness.

Point Six: Stem Cells and Nanotechnology Access. These biomedical technologies offer exciting potential for significant improvement and/or cures for previously incurable conditions, such as stroke, cancers, Alzheimers disease, Parkinsons disease, ALS, paraplegia, and other crippling neuromuscular disorders.

Point Seven: Personalized Genetic Testing and Nutrigenomics. Making these resources widely accessible allows for prospective identification of major disease processes including heart disease, cancer, diabetes, Alzheimers disease, etc., such that appropriate interventions may be deployed at the earliest stage possible, providing the best chance for recovery and less invasive and more cost effective treatment options.

Point Eight: Free/Subsidized Access to Gym, Spa, Metabolic Detoxification, and Physical Rehabilitation Facilities. Without question, obesity is costing the United States billions upon billions of dollars to combat all of its resulting diseases and conditions.

Point Nine: Online Electronic Database on Aging Intervention & Free Medical Education Resources. By promoting practitioner and patient education, an improved paradigm is created in which physicians keep current on new technologies and patients questions and form a collaborative relationship with their medical caretakers. This increased education on both sides of the healthcare relationship will provide more accountability and communication.

Point Ten: World Center for Anti-Aging Medicine. A center of excellence to extend quality of life into the later years of the average lifespan is necessary for reducing costs and improving living. One centralized research facility dedicated to this specific mission is necessary to focus adequate attention on this vital scientific arena.

While prior administrations have failed to properly consider the value of shifting from a disease based healthcare model to an advanced preventative based, cost-saving platform, the new administration has an opportunity to change course. Elected leadership should implement this comprehensive plan immediately to reduce skyrocketing costs and improve the quality of all our lives. The new Health and Human Services (HHS) administration must help Americans get true, proven preventative care and encourage healthier lifestyles. This is the time for real solutions.

As Dr. Klatz states, "We already have the technology to live a quality, healthy, productive, youthful 100 years- plus. Now lets do it!

The American Academy of Anti-Aging and Regenerative Medicine, the A4M, is headquartered in Chicago, IL. Established in 1991, the A4M now represents over 26,000 physician members in 120 countries. The A4M provides continuing education to physicians, as well as specialized training programs, and a board certification. More information at http://www.WorldHealth.net.

Vince Liguori is a dedicated journalist and financial professional specializing in healthcare issues.

Vince can be reached at eloanpro1(at)gmail.com

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President Trump, Please Make American Medicine Great Again and Implement this 10 Point Plan - PR Web (press release)

Jenna Dewan Tatum's Very Specific Reason For Working With Jennifer Lopez – Yahoo Food

Jenna Dewan Tatum and her husband Channing Tatum are the definition of #CoupleGoals.

Look no further than then their steamy performance of Pony on Lip Sync Battle. At home with their daughter Everly, 3, the two also hit like to get hot and heavy and sweaty.

We dont dance-offs, but theres a lot of dancing that happens in our house. Theres a lot of activity withdancing happening 24/7. I have danced since I was 5. Your body is trained in a certain way. It just remembers certain motions and works out a lot easier, Dewan Tatum tells Yahoo Style.

Its fitting that shes the face of Danskin, and in the spring, will serve as the host on Jennifer Lopezs competition series World of Dance. Dewan Tatum, 36, started out as a backup dancer for Janet Jackson, worked with Pink and Christina Aguilera, and met her husband on the set of the groovy 2006 hit Step Up.

Jenna Dewan Tatum in Marchesa, with hubby Channing Tatum (Photo: Getty Images)

Dance gear, she says, is a major player in her wardrobe. I wear the high-waisted black leggings, with long sweaters. Theyre comfortable and chic. I wear a lot of the long-sleeved leotards. They pair well with nighttime clothes, says Dewan Tatum, who favors sheer and fitted Zuhair Murad and Marchesa on red carpets.

For her, a bodysuit is a game changer. Especially with jeans. It smooths everything out and creates a much nicer line. You can wear it with a sheer shirt over it. I really like a nice body-conscious outfit. A good tank top. Nice leggings. A good bodysuit. Thats really nice for me. I feel good when I know it fits well.

Speaking of feeling, and looking, good, Dewan Tatum swears that being active is the best anti-aging medicine. It helps that her daughter goes nonstop. Shes a very active little girl. And then, theres 25 years of dancing. Theres a lot of muscle memory. I work out when I can. I like to feel good. I know what looks good on my body.

Shes also aware of what doesnt work. I cant wear lots of baggier clothes, or shift dresses. I know that. I work with what god gave me, she says.

Working with Lopez, meanwhile, was its own lesson in loving yourself. Dewan Tatum likens the actress and singer to Benjamin Button, the character played by Brad Pitt who aged in reverse. I really and truly I did the whole show to learn her secrets to looking that good. I didnt find out, thats the biggest bummer. I sat there in awe of her, says Dewan Tatum.

Of course, growing up in toe shoes has made Dewan Tatum tougher in the footwear department. Where other celebrities complain about wearing stilettos, Dewan Tatum embraces heels.

My feet are used to being uncomfortable, always. I used to have a bucket of ice for my feet as a dancer. I never choose comfortable shoes, she says, adding that when it comes to her red-carpet gowns, Im always going for a bit more glamour. I want to keep it between chic and edgy. Its dependent on what I feel good in. I like to go for it.

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World Bank, Sokoto Govt commit N9b for rebuilding of collapsed … – THISDAY Newspapers

The World Bank and Sokoto government are committing the sum of N9 billion for the rehabilitation of Lugu Dam and resuscitation of the famed Wurno Irrigation scheme in Wurno LGA of the state.

Of the sum, Sokoto is committing N1.33 billion while the World Bank and other partners will provide the balance.

Governor Aminu Waziri Tambuwal said this when he led government officials on an inspection visit to the area.

As you can see, the people here who are mostly farmers have been adversely affected by the collapse of the dam as a result of serious flooding some few years back. We are working with the World Bank under the Nigeria Erosion and Watershed Management Project (NEWMAP) to fix the collapsed potion of the dam at Gidan Modi Lugu and in general revive the Wurno irrigation scheme.

The renovation work comprises construction of spill ways, rehabilitation of reservoirs and river bank embankment, construction of additional canals and desilting of existing ones as well as construction of access roads, the Governor said.

According to him, the importance of the dam to socio-economic development of the area cannot be over-emphasised, adding that the project would be completed so as to provide job opportunity for the people, and enhance food security.

Tambuwal commended the residents of Lugu and surrounding areas for their dedication to farming, saying the state government gets a large chunk of revenue from cash crops cultivated in the axis.

He said the government is encouraged by the success of crops like wheat and sesame in surrounding areas like Illela, and is introducing similar crops to Wurno.

You have made a name for yourselves in the cultivation of onions and garlic. But due to its high economic value and demand, government will encourage you to introduce sesame and wheat. We have the farmlands to mix them with our traditional crops. We are giving necessary incentives to farmers to cultivate these crops in the state, he added.

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World Bank, Sokoto Govt commit N9b for rebuilding of collapsed ... - THISDAY Newspapers

Dalai Lama Interview Fuels New Fire in China-Tibet Spat – Foreign Policy (blog)


Foreign Policy (blog)
Dalai Lama Interview Fuels New Fire in China-Tibet Spat
Foreign Policy (blog)
... from China for decades amid harsh crackdowns from Beijing, but has since walked back his stance to autonomy under Chinese rule. Nearly 150 Tibetans have self-immolated to protest heavy-handed Chinese government oppression in the past eight years, ...
Watch John Oliver Interview Dalai Lama Over Reincarnation ControversyRollingStone.com

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Dalai Lama Interview Fuels New Fire in China-Tibet Spat - Foreign Policy (blog)

Letter to the Editor: Not in my name – Kentwired

As a Jewish student, I have to raise an objection to the equation of anti-Semitism with anti-Zionism and attempts to quiet criticism of Israel.

A resolution by Undergraduate Student Government (USG) has recently been put forth to brand anti-Israel and anti-Zionist as speech anti-Semitic, serving as a blatant means of silencing a portion of the population speaking out on issues relating to Palestinian rights. While its expected that the anti-Boycott, Divestment, Sanctions (BDS) language will be removed, it is troubling this effort to silence free speech received any legitimacy at all.

The state of Israel is well known for its oppression of the Palestinian people by various means. These include, but are by no means limited to: depriving their communities in the West Bank of natural resources, such as water and land, destroying the homes of innocent people, establishing illegal settlements in the West Bank and East Jerusalem and the unlawful detainment of children.

This is what organizations such as Students for Justice in Palestine are fighting against. No other organization on campus is explicitly dedicated to Palestinian rights.

To equate criticism of oppression with the acts of hatred that have occurred at Kent State, such as the painting of a swastika on the Rock on Front Campus, is blatantly ignorant of the nature of the BDS movement, as well as the Jewish community as a whole. Over half of Jews under the age of 30 are critical of the politics of Israel, and organizations like the Jewish Voice for Peace are dedicated to raising awareness about the plight faced by Palestinians living in Israel and the Palestinian Territories.

Attempts within our government and our university to silence criticism of Israel by branding it anti-Semitic must be put to a stop.Per the U.S. Department of State, Anti-Semitism is a certain perception of Jews, which may be expressed as hatred toward Jews. Rhetorical and physical manifestations of anti-Semitism are directed toward Jewish or non-Jewish individuals and/or their property, toward Jewish community institutions and religious facilities.

This can occur on and off campus and has but the rhetoric used by the BDS movement and Students for Justice in Palestine does not fit this definition. This is about human rights, not anti-Semitism.

If a government is built for one people and allows for the subjugation of another, it is impossible for an equal society to exist. There are millions of Palestinians that are ultimately under Israeli rule, all without voting rights or representation. Millions of homes are destroyed, cities walled off, and the right to movement restricted by checkpoints and segregated roads.

I am a Jew, and I cannot remain silent on issues of oppression, especially when theyre done by other Jews in my name. I urge Jewish students in particular to not run from discussions of Israel that make them uncomfortable.

While we may be uncomfortable, families are being torn apart and being forced to live in miserable conditions in the name of a Jewish state.

Im Willemina Davidson, and I say, Not in my name.

Willemina Davidson is a guest columnist, contact her at wdavids3@kent.edu.

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Letter to the Editor: Not in my name - Kentwired

Peoples’ Tribunal Indicts Myanmar Leaders for Genocide Against Rohingya, Atrocities Against Kachin – The Chicago Monitor

Viewers from 38 countries, across six continents watched the culmination of the first Peoples Tribunal on Myanmar: a swift indictment against the leaders of Myanmars government for the crime of genocide against the Rohingya, and atrocity crimes against the Kachin minorities. On the indictment, Dr. Helen Jarvis, formerly of the Khmer Rouge Tribunal related that the panel of judges zeroed in on three areas of discussion: 1. Identity Framing, 2. The escalation in fighting against the Kachin, and 3. Genocide against the Rohingya.

Testimony Concludes on Second Day

The second day of hearings convened in London at the Queen Mary Law School International State Crime Initiative (ISCI), saw the conclusion of testimony, statements of support from the Dalai Lama and Amartya Sen, and comments by the special panel of judges. Speaking on the drastic reduction of the Rohingya population, Dr. Helen Jarvis noted that the Rohingya population halved as the result of Myanmars persecution over the past forty years.

The negative role of Suu Kyi was discussed by Burmese scholar and Tribunal expert witness, Dr. Maung Zarni who corrected the notion that Suu Kyi has been silent about crimes against the Rohingya and Kachin. According to Zarni, Suu Kyi is a guilty party in genocide against Rohingya. Kai Htang Lashi, representing the Kachin National Organisation (KNO-UK), stated that her organization has reached out to Suu Kyi multiple times but never received a response. Tun Khin, head of the Burmese Rohingya Campaign UK (BROUK), noted that Rohingya support for Suu Kyi was previously widespread, several prominent Muslims worked in Suu Kyis NLD party and for her election campaign but their situation has only deteriorated since she won the election.

Breakthrough in the Tribunal

A breakthrough in the course of the Tribunal was not only the contact between Kachin and Rohingya leaders but their working together. Described as a historic moment according to panelists, a point highlighted by Tribunal judge, Daniel Feirstein, and termed a new beginning by Malik Mujahid, Chair of the Burma Task Force. The Tribunal is a call to solidarity between the oppressed peoples who must take care to work together Feirstein said.

The Tribunal stated that it had reached out repeatedly to the Myanmar government to join the hearings, Myanmars government instead opted to be unrepresented for the entirety of the hearings. Myanmar is still encouraged to engage with the Tribunal, present its case and respond to the serious evidence and testimony behind the indictments, said Dr. Helen Jarvis. Efforts to reach the Myanmar government for comment have so far been unsuccessful.

Tribunal Fillsthe Void and Inaction of International Bodies

Secretary General of the Tribunal, Dr. Gianni Tognoni, emphasized the Tribunals role in filling the void and inaction of international bodies such as the UN, ICC and others in addressing and making visible atrocities committed by states against vulnerable and oppressed people. Dr. Tognoni, added that whilst the evidence is compelling it needs further documentation and systematization which will likely be explored at upcoming hearings. Tribunal judge Denis Halliday raised the issue of complicity of world powers, particularly western nations and the UN Security Council in abetting Myanmars crimes against the Rohingya and Kachin, and the necessity of exploring this further.

Kai Htang Lashi, representing the Kachin National Organisation-UK (KNO-UK) pushed for an independent inquiry that highlighted the suffering of all Burmas people. In her statement, Lashi, stated that the Burma I love is a diverse nation, no one community is more important than another.

Possible Solutions to the Oppression of Both Communities

During the lively Q&A, several possible solutions to addressing the oppression of both communities was broached: Feierstein, positively affirmed that Universal Jurisdiction can be applied against Myanmars government citing its use against Argentinas Pinochet regime. Malik Mujahid, noted that the Tribunal would contribute to influencing governments and human rights regimes, as it has in the past. The importance of ASEAN, and particularly Malaysia, was noted for efforts to integrate Myanmar into a broader regional cooperation; Denis Halliday was particularly keen on empowering ASEAN in this regard.

The indictment from the Tribunal should be a call to the Myanmar government to work toward ending these ongoing crimes, but also should put thecomplicitglobal powers andinstitutions on notice: the people are watching!

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Peoples' Tribunal Indicts Myanmar Leaders for Genocide Against Rohingya, Atrocities Against Kachin - The Chicago Monitor