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Monthly Archives: June 2020
After Explosion, SpaceX Still Hoping to Launch Starship This Year – Futurism
Posted: June 6, 2020 at 4:46 pm
Ambitious Goals
Despite a massive explosion that obliterated the fourth prototype of its Starship spacecraft, SpaceX is still planning on an orbital test launch of the vehicle before the end of the year.
Starship a different project than SpaceXs Crew Dragon, which successfully launched with two astronauts on board over the weekend is meant to eventually ferry up to 100 passengers as far as the Moon, and even Mars.
I expect first test flights, lets say, to a height of 150 meters, in the coming weeks, Hans Koenigsmann, SpaceXs VP of Build and Flight Reliability, told German magazine Der Spiegel in a Tuesday interview. Were going to be doing that a couple of times.
If everything works, we want to go into Earth orbit at the end of the year, Koenigsmann added. It might take a little longer.
The news comes after Starships fourth prototype, SN4, exploded last Friday at the companys testing site in Boca Chica, Texas.
Unfortunately what we thought was going to be a minor test of a quick disconnect ended up being a big problem, SpaceX CEO Elon Musk told the press.
Its a setback, but SN4 endured far more trials than its predecessors. Its also the first Starship prototype to endure a cryogenic pressure test, which caused older prototypes to crumple like tin cans.
A scaled-down Starship prototype, called Starhopper, has also already completed a test flight to 150 meters last summer.
READ MORE: SpaceXs orbital Starship launch debut could still happen this year [Teslarati]
More on Starship: BREAKING: SPACEXS STARSHIP PROTOTYPE BLOWS UP IN HUGE FIREBALL
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NASA InSight Lander Finally Manages to Bury Its Probe Into Mars – Futurism
Posted: at 4:46 pm
Gaining Traction
At long last, NASAs InSight Mars lander managed to wedge its thermal probe underground without it getting stuck.
It sounds trivial, but the lander has been struggling to burrow the instrument, dubbed the mole, for more than a full year now, CNET reports. Now, finally, InSight may be able to complete its research on Mars internal temperature.
After early attempts to bury the mole, NASA was worried that a large rock was blocking its path. Instead, it turned out that the terrain was too loose for the mole, which digs like a jackhammer, to get traction and push downward.
The end result was that the mole kept getting itself stuck a problem that NASA even once deployed percussive maintenance to remedy.
But the mole is finally underground, after a helpful shove from InSights robotic arm, NASA tweeted from its in-character InSight account.
The next test for InSight will be whether its mole can continue to dig downward on its own, as originally planned, now that its underground.
In order to measure Mars internal temperature and provide NASA with new information on how the planet formed, the probe needs to dig 16 feet beneath the surface far too deep for the rest of InSights tools to give it a boost.
READ MORE: NASA InSight lander finally pushes its burrowing mole into Mars [CNET]
More on InSight: NASA Fixes Mars Lander By Telling it To Hit Itself With a Shovel
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Evidence Suggests That the Entire Early Universe Was Rotating – Futurism
Posted: at 4:46 pm
Tilt-A-Whirl
According to new data, the entire early universe was spinning like a planet or galaxy.
The new theory is based on the observation that more galaxies are spinning counterclockwise than clockwise, New Scientist reports, whereas previous models expected a balance between the two directions.
There is no error or contamination that could exhibit itself through such unique, complex and consistent patterns, Kansas State astronomer Lior Shamir said in a press release. We have two different sky surveys showing the exact same patterns, even when the galaxies are completely different.
Using data from three powerful observatories including the Hubble Space Telescope,according to New Scientist, Shamir and collaborators found evidence that a rotating universe influenced the spin of galaxies.
And according to data presented at this months meeting of the American Astronomical Society, Shamiralso found evidence that the universe had an axis of rotation: more galaxies spun counterclockwise when looking up from the Earths poles and the opposite was true when looking from the equator.
That doesnt mean that the universe itself is spinning around a single point like a giant spiral galaxy. Rather, theres evidence that it rotated across multiple complex and shifting axes at once.
If the universe has an axis, it is not a simple single axis like a merry-go-round, Shamir said in the release. It is a complex alignment of multiple axes that also have a certain drift.
READ MORE: The entire universe may once have been spinning all over the place [New Scientist]
More on astrophysics: Scientists: Magnetic Fields May Have Crushed Our Entire Galaxy
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Study: More Than 500 Vertebrates Poised To Go Extinct – Futurism
Posted: at 4:46 pm
Mass Extinction
Over 500 land-based vertebrates animals with spines are on the brink of extinction.
New research suggests that rates of animal extinction, explicitly caused by human activity, is accelerating to unsustainable levels. And by focusing on mammals, birds, amphibians, and reptiles, Earther reports that the scientists behind the study hope people will take note of the dire problem.
The problem of mass extinction goes far beyond the 515 vertebrates identified as being one the brink of extinction in the study, which was published Monday in the journal PNAS. Last year, a U.N. report found thata million species were at risk of going extinct in the coming years. And each one lost could create a domino effect that then drives even more species to extinction.
We are no longer looking at the loss of obscure species that most people arent interested in, Tierra Curry, a senior scientist at the Center for Biological Diversity, whos unaffiliated with the new study, told Earther. We are looking at biological annihilation.
The researchers behind the study warned that each time an animal goes extinct, it also threatens humanitys continued survival.
The current extinction crisis is one of the more urgent global environmental problems and the only one [that is] truly irreversible, study author Gerardo Ceballos of the National Autonomous University of Mexicos Institute of Ecology told Earther. Once a species is gone, there is no way to bring it back. Our paper indicates that is vastly speeding up.
READ MORE: More Than 500 Vertebrate Species Are on the Brink of Biological Annihilation [Earther]
More on extinction: United Nations: One Million Species Are Poised To Go Extinct
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Elon Musk Just Absolutely Roasted the Russian Space Program – Futurism
Posted: at 4:46 pm
Except for occasional abrasive comments and other potshots, the relationship between NASA and the Russian space agency Roscosmos has remained relatively respectful even in the face of international tension between the two countries.
But if a news conference on Saturday is any indication, SpaceX CEO Elon Muskisnt playing nice.
First, some backstory. Back in 2014, Roscosmos chief Dmitry Rogozin, quipped that the US might as well deliver its astronauts to the ISS by using a trampoline a reference to how the US had to rely on Russian spacecraft to launch astronauts into space since 2011.
But as of Saturday, NASA has a new and cheaper option: SpaceX. And Musk couldnt help but take a jab.
The trampoline is working, Musk said during the conference, hours after his companys Crew Dragon spacecraft successfully carried two NASA astronauts into orbit.
Its an inside joke, Musk added.
Roscosmos underplayed SpaceXs historic achievement.
We dont really understand the hysteria sparked by the successful launch of a Crew Dragon spacecraft, spokesman Vladimir Ustimenko. What should have happened a long time ago happened.
Rogozin has previously accused SpaceX of unfairly undercutting the competition.
Instead of honest competition on the market for space launches, they are lobbying for sanctions against us and use price dumping with impunity, Rogozin wrote in an April tweet.
Rogozin also said that his space agency is is working to lower prices by more than 30 percent on launch services to increase our share on the international markets, which he framed as an answer to dumping by American companies financed by the US budget.
To Musk, the reason why SpaceX could undercut the competition so significantly was simple.
SpaceX rockets are 80% reusable, theirs are 0%, he wrote in an April tweet. This is the actual problem.
READ MORE: Trampoline Is Working: Musk Taunts Russia [The Moscow Times]
More on the launch: SpaceX Makes History: Launches NASA Astronauts Into Orbit
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Allison Fine Featured in The New Yorker – Philanthropy Women
Posted: at 4:46 pm
One of the many exciting things happening for Philanthropy Womens community is Allison Fines bid for New Yorks 17th Congressional District. Allison is a contributor here at Philanthropy Women and she brings immense potential for real progressive leadership to our government in the U.S., leadership we need now more than ever.
But dont take it from me. Head on over to The New Yorker where Eric Lach interviews Allison in-depth and provides a fascinating portrait of how her leadership has been both fierce and nimble in the age of COVID.
From The New Yorker:
Last November, Allison Fine resigned from the board of the prominent pro-choice group Naral to enter the Democratic primary in New Yorks Seventeenth Congressional District. Fine, a self-described futurist and activist, has written three books about online organizing, including Momentum: Igniting Social Change in the Connected Age. She came into her campaign already thinking about the tensions between new and old ways of connecting with people, and of building support. Then covid-19 arrived. For those campaigning in the Seventeenth, which was hit by the virus as hard as anywhere else in the country, this meant that the very mechanics of the election were thrown into question. In-person campaigning was suspended. Local news attention turned elsewhere. Potential voters were out of work, stuck at home, and, in some cases, dying. Fine called her friend Seth Godin, a digital-marketing pioneer, who lives a few towns over. I said, All right, this will not be traditional in any sense of the word. What do I do? Fine told me. And he laughed and said, You know exactly what to do.
Fine announced that her campaign would go fully digital and embrace relational organizing, a buzzy term among political operatives for decentralizing campaigns and empowering volunteers. The whole idea is to focus on identifying individual supporters, she said, and then providing them with tools to share informationabout issues, or about me, or about the electionwith their network. In mid-March, Fine let her field team go, paused her fund-raising (I just couldnt, at that moment in time, as a human being, ask people for money), and adjusted her plans for paid media, devoting more resources to online ads. She made the centerpiece of her campaign a daily newsletter, which goes out to a list of five thousand subscribers. Its an intentionally stripped-down product: a chatty subject line followed by a short list of informational and diverting links, which Fine puts together every morning, after shes had her breakfast and read through a hard copy of theTimes. We spend the rest of the day in conversation online on different platforms, whether its Facebook Live, Instagram, Twitterwherever it is, she said. Weve gone all-in with building and strengthening a social network to connect with voters.
Read the whole piece at The New Yorker.
Read Allisons pieces here at Philanthropy Women
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Kiersten Marek, LICSW, is the founder of Philanthropy Women. She practices clinical social work in Cranston, Rhode Island, and writes about how women donors and their allies are advancing social change.View all posts by Kiersten Marek
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MSN Fires Journalists, Replaces Them With AI – Futurism
Posted: at 4:46 pm
New Algorithm
Over the weekend, Microsoft announced that its laying off dozens of journalists, editors, and other workers at MSN and its other news divisions.
While media layoffs are tragically widespread at the moment, Microsoft said that the layoffs had nothing to do with the COVID-19 pandemic, The Verge reports. Instead, its part of the companys push over the last few months to automate journalism: it plans to replace the laid-off workers with news-scanning artificial intelligence.
Many of the roughly 77 editors and journalists hit by the layoffs helped curate the news stories that appear on the homepage for Microsoft News, MSN, and Microsofts Edge browser, according to The Verge. Now, AI algorithms will scan the internet for news articles to highlight, taking the work of deciding which news is important out of human hands.
In recent months, Microsoft has increasingly urged reporters and editors to rely on AI for tasks like finding and distilling online content and images to use in articles, The Verge reports.
While plummeting ad revenue and other financial downturns caused by the coronavirus pandemic have hit newsrooms hard, Microsoft says thats not what motivated its layoffs.
Like all companies, we evaluate our business on a regular basis, a company spokesperson said, according to The Verge. This can result in increased investment in some places and, from time to time, re-deployment in others. These decisions are not the result of the current pandemic.
READ MORE: Microsoft lays off journalists to replace them with AI [The Verge]
More on automated news: This Site Uses AI to Generate Fake News Articles
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Riverlane and Astex form quantum chemistry alliance – Business Weekly
Posted: at 4:45 pm
Quantum computing software specialist Riverlane is collaborating with Cambridge neighbour and world-leading fragment-based drug discovery company Astex to demonstrate the future potential of quantum chemistry.
Riverlane builds ground-breaking software to unleash the power of quantum computers. Chemistry is a key application in which quantum computing can be of significant value, as high-level quantum chemistry calculations can be solved far faster than using classical methods.
World leaders in drug discovery and development, Astex Pharmaceuticals apply innovative solutions to treat cancer and diseases of the central nervous system.
The two companies are combining their expertise in quantum computing software and quantum chemistry applications to speed up drug development and move us closer to quantum advantage.
As part of the collaboration, Astex is funding a post-doctoral research scientist at Riverlane. They will apply very high levels of quantum theory to study the properties of covalent drugs, in which protein function is blocked by the formation of a specific chemical bond.
So far in this field of research, only empirical methods and relatively low levels of quantum theory have been applied. Riverlane will provide access to specialised quantum software to enable simulations of the target drug-protein complexes.
Dave Plant, Principal Research Scientist at Riverlane, said: This collaboration will produce newly enhanced quantum chemical calculations to drive efficiencies in the drug discovery process. It will hopefully lead to the next generation of quantum inspired pharmaceutical products.
Chris Murray, SVP of Discovery Technology at Astex added: "We are excited about the prospect of exploring quantum computing in drug discovery applications.
It offers the opportunity to deliver much more accurate calculations of the energetics associated with the interaction of drugs with biological molecules, leading to potential improvements in drug discovery productivity.
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Top Artificial Intelligence Investments and Funding in May 2020 – Analytics Insight
Posted: at 4:45 pm
The startup scenario is being changed by bringing in investment and deal activity around intelligent automation and artificial intelligence, big data and machine learning. The data plainly demonstrates that new businesses that had AI as a core product are creating narrow AI tech packed away with the heaviest investment from leading VC firms and investors who are putting vigorously in deep tech startups in big data, enterprise AI and automation. It likewise underscores a great part of the financing going on in domain explicit breakthrough innovations, and not broadly useful AI tech.
Investment funds, venture capital (VC) firms and corporate financial specialists are venturing up equity investments in artificial intelligence (AI) start-ups, mirroring a developing worldwide interest for AI advances and their business applications.
The aggregate sum contributed and the worldwide number of deals has expanded enormously since 2011, yet wide varieties in investment profiles develop among nations and areas.
Lets look at some of the top AI investments which took place in the month of May 2020.
Runa Capital has closed its third investment fund with $157 million to back startups in deep tech areas such as artificial intelligence and quantum computing. The firm said Runa Capital Fund III surpassed its target of $135 million. The new capital will allow the company to continue its strategy of making investments that range between $1 million and $10 million in early-stage companies.
Cybersecurity threat remediation provider Dtex recently announced it has raised $17.5 million. The funds will be used to expand into new and existing verticals, including banking and financial services, critical infrastructure, government, defense, pharmaceuticals, life sciences, and manufacturing.
GigaSpaces, a startup developing in-memory computing solutions for AI and machine learning workloads, last month announced it has raised $12 million. The funds will be used to scale expansion and accelerate product R&D, according to CEO Adi Paz. Fortissimo Capital led the investment in three-year-old, New York-based GigaSpaces, joined by existing investors Claridge Israel and BRM Group. The round brings GigaSpaces total raised to $53 million, following a $20 million series D in January 2016.
Omilia, a startup developing natural language technologies, today announced it raised $20 million in its first ever financing round. Founder and CEO Dimitris Vassos says the capital will help strengthen Omilias go-to-market efforts as it eyes expansion in North America and Western Europe. Omilias product portfolio spans a conversational platform and solutions targeting voice biometrics, speech recognition, and fraud prevention.
Logistics startup DispatchTrack announced it raised $144 million in the companys first-ever financing round. CEO Satish Natarajan says it will be used to support product research and development, as well as business, segment, and geographic expansion. DispatchTrack was founded in 2010 by Satish Natarajan and Shailu Satish, a husband-and-wife team who focused on the furniture industry before expanding into building materials, appliances, food and beverage distribution, restaurants, field and home services, and third-party logistics.
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Analytics Insight is an influential platform dedicated to insights, trends, and opinions from the world of data-driven technologies. It monitors developments, recognition, and achievements made by Artificial Intelligence, Big Data and Analytics companies across the globe.
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If transistors can’t get smaller, then coders have to get smarter – MIT News
Posted: at 4:45 pm
In 1965, Intel co-founder Gordon Moore predicted that the number of transistors that could fit on a computer chip would grow exponentially and they did, doubling about every two years. For half a century, Moores Law has endured: Computers have gotten smaller, faster, cheaper, and more efficient, enabling the rapid worldwide adoption of PCs, smartphones, high-speed internet, and more.
This miniaturization trend has led to silicon chips today that have almost unimaginably small circuitry. Transistors, the tiny switches that implement computer microprocessors, are so small that 1,000 of them laid end-to-end are no wider than a human hair. And for a long time, the smaller the transistors were, the faster they could switch. But today, were approaching the limit of how small transistors can get. As a result, over the past decade researchers have been scratching their heads to find other ways to improve performance so that the computer industry can continue to innovate.
While we wait for the maturation of new computing technologies like quantum, carbon nanotubes, or photonics (which may take a while), other approaches will be needed to get performance as Moores Law comes to an end. In a recent journal article published in Science, a team from MITs Computer Science and Artificial Intelligence Laboratory (CSAIL) identifies three key areas to prioritize to continue to deliver computing speed-ups: better software, new algorithms, and more streamlined hardware.
Senior author Charles E. Leiserson says that the performance benefits from miniaturization have been so great that, for decades, programmers have been able to prioritize making code-writing easier rather than making the code itself run faster. The inefficiency that this tendency introduces has been acceptable, because faster computer chips have always been able to pick up the slack.
But nowadays, being able to make further advances in fields like machine learning, robotics, and virtual reality will require huge amounts of computational power that miniaturization can no longer provide, says Leiserson, the Edwin Sibley Webster Professor in MIT's Department of Electrical Engineering and Computer Science. If we want to harness the full potential of these technologies, we must change our approach to computing.
Leiserson co-wrote the paper, published this week, with Research Scientist Neil Thompson, Professor Daniel Sanchez, Adjunct Professor Butler Lampson, and research scientists Joel Emer, Bradley Kuszmaul, and Tao Schardl.
No more Moore
The authors make recommendations about three areas of computing: software, algorithms, and hardware architecture.
With software, they say that programmers previous prioritization of productivity over performance has led to problematic strategies like reduction: taking code that worked on problem A and using it to solve problem B. For example, if someone has to create a system to recognize yes-or-no voice commands, but doesnt want to code a whole new custom program, they could take an existing program that recognizes a wide range of words and tweak it to respond only to yes-or-no answers.
While this approach reduces coding time, the inefficiencies it creates quickly compound: if a single reduction is 80 percent as efficient as a custom solution, and you then add 20 layers of reduction, the code will ultimately be 100 times less efficient than it could be.
These are the kinds of strategies that programmers have to rethink as hardware improvements slow down, says Thompson. We cant keep doing business as usual if we want to continue to get the speed-ups weve grown accustomed to.
Instead, the researchers recommend techniques like parallelizing code. Much existing software has been designed using ancient assumptions that processors can only do only one operation at a time. But in recent years multicore technology has enabled complex tasks to be completed thousands of times faster and in a much more energy-efficient way.
Since Moore's Law will not be handing us improved performance on a silver platter, we will have to deliver performance the hard way, says Moshe Vardi, a professor in computational engineering at Rice University. This is a great opportunity for computing research, and the [MIT CSAIL] report provides a road map for such research.
As for algorithms, the team suggests a three-pronged approach that includes exploring new problem areas, addressing concerns about how algorithms scale, and tailoring them to better take advantage of modern hardware.
Lastly, in terms of hardware architecture, the team advocates that hardware be streamlined so that problems can be solved with fewer transistors and less silicon. Streamlining includes using simpler processors and creating hardware tailored to specific applications, like the graphics-processing unit is tailored for computer graphics.
Hardware customized for particular domains can be much more efficient and use far fewer transistors, enabling applications to run tens to hundreds of times faster, says Schardl. More generally, hardware streamlining would further encourage parallel programming, creating additional chip area to be used for more circuitry that can operate in parallel.
While these approaches may be the best path forward, the researchers say that it wont always be an easy one. Organizations that use such techniques may not know the benefits of their efforts until after theyve invested a lot of engineering time. Plus, the speed-ups wont be as consistent as they were with Moores Law: they may be dramatic at first, and then require large amounts of effort for smaller improvements.
Certain companies have already gotten the memo.
For tech giants like Google and Amazon, the huge scale of their data centers means that even small improvements in software performance can result in large financial returns, says Thompson. But while these firms may be leading the charge, many others will need to take these issues seriously if they want to stay competitive.
Getting improvements in the areas identified by the team will also require building up the infrastructure and workforce that make them possible.
Performance growth will require new tools, programming languages, and hardware to facilitate more and better performance engineering, says Leiserson. It also means computer scientists being better educated about how we can make software, algorithms, and hardware work together, instead of putting them in different silos.
This work was supported, in part, by the National Science Foundation.
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