Continental and partners receive supercomputer grant for tire particulate research – Tire Technology International

Continental, the University of Southern Denmark (SDU) and the cole Normale Suprieure de Lyon in France have received a grant worth 43 million core hours of supercomputer time for a joint basic research project.

The project, which aims to drive a fundamental understanding of tire and road wear particles, has been in existence since 2014. Its goal is to learn more about the decomposition of rubber polymers to better understand the wear behavior of tires. The associated simulations of the behavior of complex polymer structures are very time-consuming, hence why the project partners applied for the Partnership for Advanced Computing in Europe (PRACE) initiative. With the digital computing power granted, the group says they now have the opportunity to perform polymer simulations in greater depth and on a broader scale.

With the help of the supercomputer, we can, for the first time, perform comprehensive simulations on molecular level. The results of this basic research will contribute to a more complete understanding of the formation of tire and road wear particles, and enable us to design the materials we use for tire construction even more sustainably in the future, said Andreas Topp, head of materials, process development and industrialization of the tires business area at Continental.

The support granted provides access to the 9.4 petaflops Joliot-Curie supercomputer at the CEAs Very Large Computing Center (TGCC) in Bruyres-le-Chtel, France. Performing 1,000 trillion calculations per second, it is one of the fastest supercomputers in the European Union.

Many issues about tire and road wear particles are still unresolved. In recent years, we have systematically invested in the research and development of new, sustainable production processes as well as materials to make future tires even more energy-efficient and sustainable. Such processes are technologically very demanding and require a fundamental understanding of the tire material at various levels, noted Peter Zmolek, head of materials technology research and development of the tires business area at Continental.

He added, Our joint research project combines state-of-the-art calculation methods and innovative experimental approaches that give us a comprehensive understanding of the behavior of currently used materials. This technical knowledge is an important reference point, especially when evaluating new materials in terms of their ability to further reduce rolling resistance and tire wear, as well as providing a fundamental understanding of how to recycle polymer chains from end-of-life tires.

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Continental and partners receive supercomputer grant for tire particulate research - Tire Technology International

Euro 2020: Supercomputer predicts England to beat Germany and make it to Wembley final – GIVEMESPORT

It's time to get down to business, folks - the Euro 2020 knockout stages are here.

After a fascinating group stage saw all the heavy-hitters book their spot in the last, there is no longer room for error as the jeopardy of elimination from the championships looms large.

The draw has coughed up some truly blockbuster bouts with Belgium set to take on Portugal, Spain coming up against Croatia and, of course, England meeting old rivals Germany.

For England, it has been somewhat of a mixed bag at Euro 2020. The Three Lions won their group, but did so by scoring just two goals and slumping to a bore draw against Scotland.

On the flip side, one could argue that Gareth Southgate's men are playing ideal tournament football with the big prizes handed out for winning, and not how you won.

Harry Maguire made a promising return to action against the Czech Republic, as did Jordan Henderson and Raheem Sterling continues to prove the critics wrong.

To put it simply, they got the job done in the group but, in Germany, they face a very different beast.

While in the recent past England have kicked-off as underdogs against the German's, Tuesday night's momentous clash may finally have seen the tables turned.

(Credit: The Football Terrace)

Germany flirted perilously with crashing out as they just snuck into the next round thanks to a helter-skelter draw against Hungary. They also lost to France in their opening game but many will point to their demolition job of Portugal as an ominous sign.

In short, the clash is proving mightily difficult to predict, so why not turn to the ol' reliable supercomputer to do all the hard work for us?

Bettingexpert.com have, with the help of substantial computing power, predicted every single match in the rest of the tournament, with the clever technology chucking out some interesting results.

It predicts that England will beat Germany on Tuesday night to book a spot against Sweden in the quarter-finals.

From there, the computer predicts that a semi-final berth against the Netherlands beckon with the news only getting better.

England are then expected to overcome the Dutch to land a place in the Wembley showpiece on July 11.

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Sadly, that'll be all she wrote for England's hopes, with World Champions France expected to silence the echoing chants of 'It's coming home' to claim continental glory.

Of course, there are nuances and idiosyncrasies that a computer simply can't predict so by no means take these predictions as gospel truth.

A run to the final would be something special for England but, as well all know, anything can happen in the pressure cooker that is knockout football.

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Euro 2020: Supercomputer predicts England to beat Germany and make it to Wembley final - GIVEMESPORT

Fujitsu to Detect and Analyze New COVID-19 Drugs by Leveraging World’s Fastest Supercomputer – HospiMedica

Fujitsu Japan Limited (Tokyo, Japan), along with the Research Center for Advanced Science and Technology (RCAST) at the University of Tokyo (Tokyo, Japan), has initiated a new research project utilizing the world's fastest supercomputer for identifying new COVID-19 therapies.

The research will leverage Fugaku, the world's fastest supercomputer jointly developed by RIKEN and Fujitsu, to identify small molecule inhibitory compounds that can be used as potential drugs in treatments for COVID-19, as well as clarifying the molecular mechanism by which COVID-19 infections are inhibited, leading to the eventual development of small molecule therapeutic drugs. Since 2011, Fujitsu has been engaged in joint research with RCAST on IT drug discovery technologies to create candidate small molecule compounds for anticancer drugs and other therapies. While a number of highly effective vaccines have been successfully developed in response to the spread of the COVID-19 pandemic, the development of effective therapeutic drugs remains an important priority. Based on the fruits of their joint research to date in the field of IT drug discovery technology, Fujitsu and RCAST have decided to embark on a new intensive research project to identify inhibitory compounds that will lead to the development of new coronavirus drugs, leveraging the unparalleled computing power of Fugaku to contribute to this goal.

Since 2011, Fujitsu and RCAST have been conducting joint research on small molecule drugs that are highly likely to be taken orally, are chemically synthesizable, and have low production costs compared to drugs in forms of peptide drugs, antibody drugs, nucleic acid drugs, and cell drugs. With the goal of identifying inhibitory compounds that lead to develop new coronavirus drugs that are effective in small doses and reduce the risk of side effects, molecular simulation technology that is the result of the joint research will be utilized. As it is vital to create a molecular structure that can bind strongly to the viral protein and control its activity, molecular simulation technology and Fugaku will be widely used for tasks including the creation of three-dimensional structural models, clarifying the molecular mechanisms of infection inhibition, and predicting the properties of mutant strains. Going forward, Fujitsu will continue harnessing the power of supercomputers and molecular simulation technologies as it strives to quickly deliver on the promise of potential therapies for COVID-19.

Related Links:Fujitsu Japan Limited University of Tokyo

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Fujitsu to Detect and Analyze New COVID-19 Drugs by Leveraging World's Fastest Supercomputer - HospiMedica

Volvos next-gen cars to feature LiDAR technology and AI-driven super computer – Yahoo Singapore News

Volvo Cars looks to set new standards in driving safety with its upcoming fully electric flagship SUV.

The successor to Volvo Cars successful XC90, which will be revealed in 2022, will use LiDAR technology developed by Luminar and an Nvidia Drive Orin-powered autonomous driving computer.

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For the uninitiated, LiDAR (light detection and ranging), is a method used for determining the range of an object using laser imaging. Its often used to make 3D representations of areas on the earths surface as well as on the bottom of the ocean.

By pairing the aforementioned technologies with Volvo Cars collision avoidance technology, the Swedish carmaker aims to reduce fatalities and accidents as a whole with this new safety package.

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Volvo Cars CEO Hkan Samuelsson said, Volvo Cars is and always has been a leader in safety. It will now define the next level of car safety. By having this hardware as standard, we can continuously improve safety features over the air and introduce advanced autonomous drive systems, reinforcing our leadership in safety.

In addition, Volvo Cars aim to continually reduce vehicle collision rates overtime via over-the-air software updates.

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Volvo Cars also says that these new technologies are also designed to specifically address traffic situations which result in a large portion of severe injuries and fatalities found today.

In our ambition to deliver ever safer cars, our long-term aim is to achieve zero collisions and avoid crashes altogether. As we improve our safety technology continuously through updates over the air, we expect collisions to become increasingly rare and hope to save more lives, said Volvo Cars Chief Technology Officer Henrik Green.

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Once the technology is introduced, Volvo Cars expects it to become more capable in terms of assisting and improving the drivers safety in critical situations.

According to Volvo Cars, the new safety technology will soon be capable of intervening as needed to prevent collisions.

Story continues

These new safety technologies not only reaffirms Volvo Cars standing as the safest car brand but also show the companys belief in working together with technology leaders such as Luminar, Nvidia, and Zenseact to deliver the best and safest possible cars to its customers.

More details are to be revealed at the Volvo Cars Tech Moment on June 30 said the carmaker.

Photos from Volvo Cars

Also read:

Volvo Cars to become 'circular company' by 2040

Volvo PH takes home Europa Awards 2021 'Smart and Safer Mobility Award'

Volvo to accept pre-orders for C40 Recharge in Europe

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Volvos next-gen cars to feature LiDAR technology and AI-driven super computer - Yahoo Singapore News

Supercomputer Ranks Top 50 Clubs in World Football, Heres The List – News18

Manchester City (Image: Twitter)

Football is arguably the most loved sport worldwide. The game watched, adored by millions and played in every continent across age groups makes the beautiful sports so irresistible that mankind simply cannot live without. While it is more than a religion for a substantial part of our planets population, what makes it more exciting though are the professional teams/clubs.

Literally every nation on Earth has a professional league that fans look forward to almost every weekend. With top leagues across Europe, South America and other regions compete in their respective home leagues and provide millions of fans a chance to escape the hazards of everyday life.

However, according to the Soccer Power Index (SPI) rating system released by FiveThirtyEight, Manchester City top the list after they received an SPI score of 92.4, with Bayern Munich coming second with an SPI of 90.7. The SPI ratings system uses a clubs overall strength based on their offensive and defensive ratings. Also, the percentage of available points as each club received three points for a win, one point for a draw and none for a loss.

The publication have come up with the rankings for the 50 best teams in world football currently and heres the list below:

Read all the Latest News, Breaking News and Coronavirus News here

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Supercomputer Ranks Top 50 Clubs in World Football, Heres The List - News18

Ubers first head of data science just raised a new venture fund to back nascent AI startups – TechCrunch

Kevin Novak joined Uber as its 21st employee its seventh engineer in 2011, and by 2014, he was the companys head of data science. He talks proudly of that time, but like all good things, it ran its course and by the end of 2017, having accomplished what he wanted at the company, he left.

At first, he picked up the pace of his angel investing, work hed already begun focusing on during weekends and evenings, ultimately building a portfolio of more than 50 startups (including the fintech Pipe and the autonomous checkout company Standard Cognition).

He also began advising both startups and venture firms including Playground Global, Costanoa Ventures, Renegade Partners and Data Collective and after falling in love with the work, Novak this year decided to launch his own venture outfit in Menlo Park, Ca., called Rackhouse Venture Capital. Indeed, Rackhouse just closed its debut fund with $15 million, anchored by Ubers first head of engineering, Curtis Chambers; Steve Gilula, a former chairman of Searchlight Pictures, and the fund of funds Cendana Capital. A lot of the VCs Novak knows are also investors in the fund.

We caught up with Novak late last week to chat out that new vehicle. We also talked about this tenure at Uber, where, be warned, he played a major role in creating surge pricing (though he prefers the term dynamic pricing.) You can hear that fuller discussion or check out excerpts from it, edited lightly for length and clarity, below.

TC: You were planning to become a nuclear physicist. How did you wind up at Uber?

KN: As an undergrad, I was studying physics, math and computer science, and when I got to grad school, I really wanted to teach. But I also really liked programming and applying physics concepts in the programming space, and the nuke department had the largest allocation of supercomputer time, so that ended up driving a lot of my research just the opportunity to play on computers while doing physics. So [I] was studying to become a nuclear physicist was funded very indirectly through the research that eventually became the Higgs boson. As the Higgs got discovered, it was very good for humanity and absolutely horrible for my research budget . . .

A friend of mine heard what I was doing and sort of knew my skill set and said, like, Hey, you should come check out this Uber cab company that its like a limo company with an app. Theres a very interesting data problem and a very interesting math problem. So I ended up applying [though I committed] the cardinal sin of startup applications and wore a suit and tie to my interview.

TC: Youre from Michigan. I also grew up in the Midwest so appreciate why you might think that people would wear a suit to an interview.

KN: I got off the elevator and the friend whod encouraged me to apply was like, What are you wearing?! But I got asked to join nonetheless as a computational algorithms engineer a title that predated the data science trend and I spent the next couple of years living in the engineering and product world, building data features and . . .things like our ETA engine, basically predicting how long it would take an Uber to get to you. One of my very first projects was working on tolls and tunnels because figuring out which tunnel an Uber went through and how to build time and distance was a common failure point. So I spent, like, three days driving the Big Dig in Boston out to Somerville and back to Logan with a bunch of phones, collecting GPS data.

I got to know a lot of very random facts about Uber cities, but my big claim to fame was dynamic pricing. . . and it turned out to be a really successful cornerstone for the strategy of making sure Ubers were available.

TC: How does that go over, when you tell people that you invented surge pricing?

KN: Its a very quick litmus test to figure out like peoples underlying enthusiasm for behavioral econ and finance. The Wall Street crowd is like, Oh my god, thats so cool. And then a lot of people are like, Oh, thank you, yeah, thank you so much, wonderful, you buy the next round of drinks type of thing. . . [Laughs.]

But data also became the incubation space for a lot of the early special projects like Uber pool and a lot of the ideas around, okay, how would you build a dispatching model that enables different people with pooled ride requests? How do you batch them together efficiently in space and time so that we can get the right match rate that [so this] project is profitable? We did a lot of work on the theory behind the hub-and-spoke Uber Eats delivery models and thinking through how we apply our learnings about ride-share to food. So I got the first person perspective on a lot of these products when it was literally three people scribbling on a notepad or riffing on a laptop over lunch, [and which] eventually went on to become these big, nationwide businesses.

TC: You were working on Uber Freight for the last nine months of your career with Uber, so there when this business with Anthony Levandowski was blowing up.

KN: Yeah, it was it was very interesting era for me because more than six years in, [I was already developing the] attitude of Ive done everything I wanted to do. I joined a 20-person company and, at the time, we were closing in on 20,000 people . . .and I kind of missed the small team dynamic and felt like I was hitting a natural stopping point. And then Ubers 2017 happened and and there was Anthony, there was Susan Fowler, and Travis has this horrific accident in his personal life and his head was clearly not in the game. But I didnt want to be the guy who was known for bailing in the worst quarter of the companys history, so I ended up spending the next year basically keeping the band together and trying to figure out what I could do to keep whatever small part of the company I was running intact and motivated and empathetic and good in every sense of the word.

TC: You left at the end of that year and it seems youve been very busy since, including, now, launching this new fund with the backing of outsiders. Why call it Rackhouse? You used the brand Jigsaw Venture Capital when you were investing your own money.

KN: Yeah. A year [into angel investing], I had formed an LLC, I was marking my portfolio to market, sending quarterly updates to myself and my accountant and my wife. It was one of these exercises that was a carryover from how I was training managers, in that I think you grow most efficiently and successfully if you can develop a few skills at a time. So I was trying to figure out what it would take to run my own back office, even if it was just moving my money from my checking account to my investing account, and writing my own portfolio update.

I was really excited about the possibility of launching my first externally facing fund with other peoples money under the Jigsaw banner, too, but theres actually a fund in the UK [named Jigsaw] and as I started to talk to LPs and was saying Look, I want to do this data fund and I want it to be early stage, Id get calls from them being like, We just saw that Jigsaw did this Series D in Crowdstrike. I realized Id be competing with the other Jigsaw from a mindshare perspective, so figured before things go too big and crazy, Id create my own distinct brand.

TC: Did you roll any of your angel-backed deals into the new fund? I see Rackhouse has 13 portfolio companies.

KN: There are a few that Ive agreed to move forward and warehouse for the fund, and were just going through the technicalities of doing that right now.

TC: And the focus is on machine learning and AI.

KN: Thats right, and I think there are amazing opportunities outside of the traditional areas of industry focus that, to the extent that you can find like rigorous applications of AI, are also going to be significantly less competitive. [Deals] that dont fall in the strike zone of nearly as many [venture] firms is the game I want to be playing. I feel like that that opportunity regardless of sector, regardless of geography biases toward domain experts.

TC: I wonder if that also explains the size of your fund your wanting to stay out of the strike zone of most venture firms.

KN: I want to make sure that I build a fund that enables me to be an active participant in the earliest stages of companies.

Matt Ocko and Zack Bogue [of Data Collective] are good friends of mine theyre mentors, in fact, and small LPs in the fund and talked with me about how they got started. But now they have a billion-plus [dollars] in assets under management, and he people I [like to back] are two people who are moonlighting and getting ready to take the plunge and [firms the size of Data Collective] have basically priced themselves out of the formation and pre-seed stage, and I like that stage. Its something where I have a lot of useful experience. I also think its the stage where, if you come from a place of domain expertise, you dont need five quarters of financials to get conviction.

Continued here:

Ubers first head of data science just raised a new venture fund to back nascent AI startups - TechCrunch

COVID-19: Supercomputer to support research on the pandemic – Taipei Times

By Lin Chia-nan / Staff reporter

The nations new supercomputer, Taiwania 3 (), has been inaugurated to support research related to the COVID-19 pandemic, the Ministry of Science and Technology said on Tuesday, calling on academics and businesses to apply for free cloud services.

Taiwania 3 was developed by the National Center for High-performance Computing (NCHC) at a cost of about NT$400 million (US$14.4 million), the center said.

The center is one of eight institutes under the National Applied Research Laboratories, which is overseen by the ministry.

As the pandemic has severely affected peoples lives, the center asked itself what a supercomputer could do for the nation, NCHC Director-General Shepherd Shi () said in a video.

Shi, a former IBM engineer, was accompanied by former vice president and epidemiologist Chen Chien-jen (), and other experts in the video.

The center last year announced a special program allowing academics, researchers and businesses to apply for free cloud services amid the pandemic.

The program has supported many businesses to develop new medical applications, such as an electronic stethoscope developed by Heroic Faith Medical Science that can reduce the risk of virus transmission between medical personnel and patients, the center said.

Graphen Taiwan applied to use the centers artificial intelligence (AI) tools to chart the genetic evolution of different COVID-19 virus strains, it added.

The programs resources are upgraded with the commissioning of Taiwania 3, as well as assistance from Taiwan Web Service Corp, the center said, calling on those interested in using its resources to submit applications by July 31.

While there is no limits on projects, applicants can tender proposals related to medical applications, pandemic regulation, policy communications, stabilization of peoples livelihood, data mining and image recognition, the center said.

The centers Taiwania supercomputer series has three iterations: Taiwania, Taiwania 2 and Taiwania 3.

Taiwania 3 can perform 2.7 quadrillion floating-point operations per second (petaflops), higher than Taiwanias 1.7 petaflops, the center said.

While Taiwania 3 and Taiwania support high-performance computing, Taiwania 2 is better equipped for AI-related computing, with its computing performance reaching 9 petaflops, it said.

In the TOP500 List of global supercomputers announced in November last year, Taiwania 2 was ranked No. 28, followed by Taiwania 3 at No. 181 and Taiwania at No. 497.

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COVID-19: Supercomputer to support research on the pandemic - Taipei Times

Worlds Fastest AI Supercomputer Perlmutter Will Help Create Largest-Ever 3D Map Of The Universe! – Mashable India

It has recently come to light that the National Energy Research Scientific Computing Center (NERSC) has deployed the "Perlmutter" supercomputer. The supercomputer will help assemble the largest 3D map of the visible universe to date in one of its projects.

SEE ALSO: World's most powerful supercomputer now up and running, will help fight COVID-19

The details of the Perlmutter supercomputer have been published in a blog post by NVIDIA. The blog states that over two dozen applications are getting ready to be among the first to ride the 6,159 NVIDIA A100 Tensor Core GPUs in Perlmutter. Its being lauded as the worlds fastest AI supercomputer and will deliver nearly four exaflops of AI performance for more than 7,000 researchers.

Talking about the 3D map of the universe, the Perlmutter supercomputer will process data from the Dark Energy Spectroscopic Instrument (DESI), which is a kind of cosmic camera that can capture around 5,000 galaxies in a single exposure.

Moreover, preparing a years worth of data for publication can take weeks or months on other systems, however, the Perlmutter supercomputer can get it done within just a few days. And this is just one of the many advanced projects that will run on this supercomputer.

SEE ALSO: Supercomputer Can Create Its Own Universe To Simulate Galactic Evolution

In the past, it was impossible to do fully atomistic simulations of big systems like battery interfaces, but now scientists plan to use Perlmutter to do just that, said Brandon Cook, an applications performance specialist at NERSC whos helping researchers launch such projects. Apart from these projects, Perlmutters high computing power will also be used in a slew of other fields including materials science, quantum physics, climate projections, biological research and more.

SEE ALSO: Scientists think burying 6.7 million sperm samples on the Moon will save mankind

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Worlds Fastest AI Supercomputer Perlmutter Will Help Create Largest-Ever 3D Map Of The Universe! - Mashable India

Space Weather Prediction Gets a Supercomputing Boost – HPCwire

Solar winds are a hot topic in the HPC world right now, with supercomputer-powered research spanning from the Princeton Plasma Physics Laboratory (which used Oak Ridges Titan system) to University College London (which used resources from the DiRAC HPC facility). One of the larger efforts is a $3.2 million initiative led by the University of Alabama in Huntsville (UAH), which last September began a three-year effort to develop space weather prediction software in partnership with an array of supercomputer resources. Now, the teams efforts are bearing fruit.

Space weather is dangerous to spaceborne electronics including satellites and to infrastructure like communications networks on Earth. Space weather requires a real-time product so we can predict impacts before an event, not just afterward, said Nikolai Pogorelov, principal investigator for the project and a professor of space science at UAH, in an interview with Aaron Dubrow of the Texas Advanced Computing Center (TACC). We dont think about it, but electrical communication, GPS and everyday gadgets can be affected by extreme space weather effects.

The research is being assisted by supercomputers from the NASA Advanced Supercomputing Facility, the San Diego Supercomputer Center (SDSC) and TACC. At TACC, the researchers have been using Frontera, which delivers 23.5 Linpack petaflops and places in the top ten supercomputers on the Top500.

These resources are being levied to study backstreaming ions, which are carried away from the sun by the magnetized plasma of the solar winds. The researchers find these particles useful in predicting the time and size of coronal mass ejections (major solar weather events). These simulations, run primarily on Frontera, are recreating the phenomenon and comparing the results to observations from the Voyager 1 and 2 probes. Some non-thermal particles can be further accelerated to create solar energetic particles that are particularly important for space weather conditions on Earth and for people in space, he said.

Fifteen years ago, we didnt know that much about the interstellar medium or solar wind properties, Pogorelov said. We have so many observations available today, which allow us to validate our codes and make them much more reliable.

This research, blending intricate science, advanced computing and exciting observations, will advance our understanding of how the sun drives space weather and its effects on Earth, added Mangala Sharma, director of the Space Weather program at the National Science Foundation (NSF). The work will help scientists predict space weather events and build our nations resilience against these potential natural hazards.

For Pogorelov, this research is just the beginning of a surge in newly high-resolution research on space weather, enabled by data from instruments like the Solar Wind Electrons, Protons and Alphas (SWEAP) instrument aboard the Parker Solar Probe.

No doubt, in years to come, the quality of data from the photosphere and solar corona will be improved dramatically, both because of new data available and new, more sophisticated ways to work with data, he said. Were trying to build software in a way that if a user comes up with better boundary conditions from new science missions, it will be easier for them to integrate that information.

To learn more, read the article by TACCs Aaron Dubrow here.

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Space Weather Prediction Gets a Supercomputing Boost - HPCwire

Supercomputer predicts Euro 2020 with England beating Spain and Portugal but losing on penalties to… – The Sun

ENGLAND put their penalty shootout demons behind them in Russia to beat Colombia - but they are set to return against the Germans AGAIN this summer.

Before that, though, the Three Lions will dump out both Spain and Portugal in the knockout stages.

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That is according to predictions from a supercomputer that has churned out the results for the whole of Euro 2020, as reported by talkSPORT.

And it spells more semi-final heartbreak for Gareth Southgate.

The England boss famously missed his spot-kick 25 years ago as the Germans scraped through to the final.

But this time around he must watch on from the sidelines as one of his 26 players fails from 12 yards, probably against Manuel Neuer, after a 2-2 draw.

France's 3-2 win after extra-time in the final will do little to soften the blow.

The machine backs England to top Group D with Croatia through in second but Czech Republic and bottom Scotland crash out.

Italy, Belgium, Netherlands, Spain and France are the other group winners, while Wales finish fourth in Group A.

The pick of the round-of-16 ties sees the Three Lions take out Portugal 2-1 after extra-time following the 2004 and 2006 pain while Germany edge past the Dutch on penalties.

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In the quarter-finals, England stun Spain 3-1 and Belgium get past Italy 2-1 after extra-time.

Germany need an additional 30 minutes to register a 3-1 victory over Turkey while France's 3-1 win against Croatia is a repeat outcome of the 2018 World Cup final.

In the other semi-final, France squeeze past Belgium - this time 2-1 rather than the 1-0 result three years ago.

And Kylian Mbappe and Co make it back-to-back major tournaments after a dramatic final at Wembley on July 11.

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Supercomputer predicts Euro 2020 with England beating Spain and Portugal but losing on penalties to... - The Sun

Super Computer predicts Euro 2020 winner England stun Spain but its penalty heartbreak for the Three Lio… – talkSPORT.com

Euro 2020 is here and its looking set to be one of the most competitive tournaments ever.

France, Belgium, Germany, Portugal and Spain are contenders for the Henri Delaunay trophy, while there are rumours abound that football might just be coming home but to England, Scotland or Wales?

2020 SOPA Img

The European Championship, delayed a year due to the coronavirus pandemic, is set to be a feast of football.

In total, 51 games will take place across 11 countries, while the semi-final and final will be staged at Wembley should Gareth Southgate and the boys need any more inspiration.

But before you get dreaming about Harry Kane lifting the trophy, its important to have a reality check.

France are chock full of stars with Karim Benzema rejoining Didier Deschamps attack, which already includes Kylian Mbappe and Antoine Griezmann.

Getty

Portugal will be led by the evergreen Cristiano Ronaldo, aided by Manchester United superstar Bruno Fernandes and the likes of Joao Felix and Ruben Dias.

Germany and Spain will also be looking to cause a stir, while Belgiums Golden Generation will attempt to emerge victorious, with their hopes resting on the fitness of Kevin De Bruyne and Eden Hazard.

There will also be some dark horses, such as Denmark, Turkey, and Austria, looking to pull off some shock results.

But, as ever, football is hard to predict.

So here, talkSPORT has booted up the Super Computer in association with Betfair to find out just what could happen at Euro 2020.

Heres how it predicted the results to unfold

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Group A

Only one winner here, it would seem.

Italy are favourites to win the group, and they do so, according to the talkSPORT Super Computer.

Turkey make it through in second place, while Switzerland will also be in the round of 16, qualifying as one of the best third-place nations.

There will be no repeat of 2016 for Wales with Gareth Bale and co going home early.

Group B

Its Finland who limp home here and there is nothing Teemu Pukki can do about it.

Belgium have the stars to top the standings, while Denmark pip Russia to second spot.

But, dont fear, Stanislav Cherchesovs moustache will reach the knockout phase by finishing as one of the best third-place sides.

Group C

Having lost goalkeeper Jasper Cillessen prior to the tournament, its going to get a bit trickier for Netherlands, but are still tipped to win Group C.

Ukraine sneak ahead of Austria but, once again, this lot get a second chance as a best third-place side.

New Real Madrid signing David Alaba will be thanking his lucky stars.

Group D

Its the big one.

A tricky group for England as they face auld enemy Scotland as well as Croatia, their 2018 World Cup conquerors.

But fear not, as they are backed to come through as group winners.

Croatia make it out too, but its commiserations to Czech Republic and Scotland, who fall at the first hurdle.

Group E

Spain arent as strong as they used to be but they still sail through as group winners in 2021.

Without Zlatan Ibrahimovic, Sweden cant get past Poland who have the firepower of Robert Lewandowski.

Slovakia prop up the table.

Group F

Its the Group of Death and France and Portugal are set to duke it out for top spot.

Deschamps side finish first, Ronaldos lot in second, and Germany have to settle for third.

Thats not the end for the Germans, though, as they sneak into the knockouts with a third-place finish.

Hungary didnt stand a chance but hopefully well see them again soon.

Now things are getting interesting!

Belgium edge out Switzerland to reach the last eight, where they will face Italy, who sneak beyond Ukraine.

France make light work of Austria, while Croatia battle to a victory over Poland, which could frustrate Lewandowskis Ballon dOr hopes.

Whats that? England make it past Portugal in a knockout game? No, you arent dreaming. Helder Postiga isnt around to stop them this time.

But the Three Lions will face Spain in the next stage as they defeat Russia revenge for World Cup 2018.

Germany squeak past Netherlands on penalties and will take on Turkey, who beat Denmark.

When talkSPORT said this tournament was more competitive than ever, we werent joking!

Belgium make it into the last four past Italy just and they will take on France, who had it much easier against Croatia in a replay of the 2018 World Cup final.

Southgates starlets stun Spain with a glorious 2-1 win but next up is an old enemy as Germany beat Turkey, but only after extra-time.

Heres where the story ends for the Three Lions, beaten at Wembley by Germany, on penalties devastating.

Meanwhile, France also make the Wembley showpiece as they defeat neighbours Belgium.

talkSPORT was surprised the Super Computer didnt blow a fuse with some of these classics being played but after chuntering away it gave us the winner.

France, on the back of their World Cup win in 2018, claim the European Championship triumph they probably feel they should have had back on home soil in 2016.

Congratulation to Kylian and the boys history is yours!

Now, lets hope England can make a mockery of the Super Computer

Euro 2020 winner odds

Heres the favourites for glory this summer

France 24/5

England 26/5

Belgium 34/5

Germany 17/2

Portugal 17/2

Spain 17/2

Italy 17/2

Netherlands 11/1

Denmark 27/1

Croatia 45/1

*Odds correct at time of writing, may have changed since publication. See latest odds at http://www.betfair.com.

talkSPORT and talkSPORT 2 will havelivecommentary of EVERY game of Euro 2020. You wont miss a thing as we bring you round the clock coverage, reaction and analysis from June 11-July 11. Listen online HERE.

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Super Computer predicts Euro 2020 winner England stun Spain but its penalty heartbreak for the Three Lio... - talkSPORT.com

Looking to the future of quantum cloud computing – Siliconrepublic.com – Siliconrepublic.com

Trinity College Dublins Dan Kilper and University of Arizonas Saikat Guha discuss the quantum cloud and how it could be achieved.

Quantum computing has been receiving a lot of attention in recent years as several web-scale providers race towards so-called quantum advantage the point at which a quantum computer is able to exceed the computing abilities of classical computing.

Large public sector investments worldwide have fuelled research activity within the academic community. The first claim of quantum advantage emerged in 2019 when Google, NASA and Oak Ridge National Laboratory (ORNL) demonstrated a computation that the quantum computer completed in 200 seconds and that the ORNL supercomputer verified up to the point of quantum advantage, estimated to require 10,000 years to complete to the end.

Roadmaps that take quantum computers even further into this regime are advancing steadily. IBM has made quantum computers available for online access for many years now and recently Amazon and Microsoft started cloud services to provide access for users to several different quantum computing platforms. So, what comes next?

The step beyond access to a single quantum computer is access to a network of quantum computers. We are starting to see this emerge from the web or cloud-based quantum computers offered by cloud providers effectively quantum computing as a service, sometimes referred to as cloud-based quantum computing.

This consists of quantum computers connected by classical networks and exchanging classical information in the form of bits, or digital ones and zeros. When quantum computers are connected in this way, they each can perform separate quantum computations and return the classical results that the user is looking for.

It turns out that with quantum computers, there are other possibilities. Quantum computers perform operations on quantum bits, or qubits. It is possible for two quantum computers to exchange information in the form of qubits instead of classical bits. We refer to networks that transport qubits as quantum networks. If we can connect two or more quantum computers over a quantum network, then they will be able to combine their computations such that they might behave as a single larger quantum computer.

Quantum computing distributed over quantum networks thus has the potential to significantly enhance the computing power of quantum computers. In fact, if we had quantum networks today, many believe that we could immediately build large quantum computers far into the advantage regime simply by connecting many instances of todays quantum computers over a quantum network. With quantum networks built, and interconnected at various scales, we could build a quantum internet. And at the heart of this quantum internet, one would expect to find quantum computing clouds.

At present, scientists and engineers are still working on understanding how to construct such a quantum computing cloud. The key to quantum computing power is the number of qubits in the computer. These are typically micro-circuits or ions kept at cryogenic temperatures, near minus 273 degrees Celsius.

While these machines have been growing steadily in size, it is expected that they will eventually reach a practical size limit and therefore further computing power is likely to come from network connections across quantum computers within the data centre, very much like todays current classical computing data centres. Instead of racks of servers, one would expect rows of cryostats.

Quantum computing distributed over quantum networks has the potential to significantly enhance the computing power of quantum computers

Once we start imagining a quantum internet, we quickly realise that there are many software structures that we use in the classical internet that might need some type of analogue in the quantum internet.

Starting with the computers, we will need quantum operating systems and computing languages. This is complicated by the fact that quantum computers are still limited in size and not engineered to run operating systems and programming the way that we do in classical computers. Nevertheless, based on our understanding of how a quantum computer works, researchers have developed operating systems and programming languages that might be used once a quantum computer of sufficient power and functionality is able to run them.

Cloud computing and networking rely on other software technologies such as hypervisors, which manage how a computer is divided up into several virtual machines, and routing protocols to send data over the network. In fact, research is underway to develop each of these for the quantum internet. With quantum computer operating systems still under development, it is difficult to develop a hypervisor to run multiple operating systems on the same quantum computer as a classical hypervisor would.

By understanding the physical architecture of quantum computers, however, one can start to imagine how it might be organised to support different subsets of qubits to effectively run as separate quantum computers, potentially using different physical qubit technologies and employing different sub-architectures, within a single machine.

One important difference between quantum and classical computers and networks is that quantum computers can make use of classical computers to perform many of their functions. In fact, a quantum computer in itself is a tremendous feat of classical system engineering with many complex controls to set up and operate the quantum computations. This is a very different starting point from classical computers.

The same can be said for quantum networks, which have the classical internet to provide control functions to manage the network operations. It is likely that we will rely on classical computers and networks to operate their quantum analogues for some time. Just as a computer motherboard has many other types of electronics other than the microprocessor chip, it is likely that quantum computers will continue to rely on classical processors to do much of the mundane work behind their operation.

With the advent of the quantum internet, it is presumable that a quantum-signalling-equipped control plane might be able to support certain quantum network functions even more efficiently.

When talking about quantum computers and networks, scientists often refer to fault-tolerant operations. Fault tolerance is a particularly important step toward realising quantum cloud computing. Without fault tolerance, quantum operations are essentially single-shot computations that are initialised and then run to a stopping point that is limited by the accumulation of errors due to quantum memory lifetimes expiring as well as the noise that enters the system with each step in the computation.

Fault tolerance would allow for quantum operations to continue indefinitely with each result of a computation feeding the next. This is essential, for example, to run a computer operating system.

In the case of networks, loss and noise limit the distance that qubits can be transported on the order of 100km today. Fault tolerance through operations such as quantum error correction would allow for quantum networks to extend around the world. This is quite difficult for quantum networks because, unlike classical networks, quantum signals cannot be amplified.

We use amplifiers everywhere in classical networks to boost signals that are reduced due to losses, for example, from traveling down an optical fibre. If we boost a qubit signal with an optical amplifier, we would destroy its quantum properties. Instead, we need to build quantum repeaters to overcome signal losses and noise.

Together we have our sights set on realising the networks that will make up the quantum internet

If we can connect two fault-tolerant quantum computers at a distance that is less than the loss limits for the qubits, then the quantum error correction capabilities in the computers can in principle recover the quantum signal. If we build a chain of such quantum computers each passing quantum information to the next, then we can achieve the fault-tolerant quantum network that we need. This chain of computers linking together is reminiscent of the early classical internet when computers were used to route packets through the network. Today we use packet routers instead.

If you look under the hood of a packet router, it is composed of many powerful microprocessors that have replaced the computer routers and are much more efficient at the specific routing tasks involved. Thus, one might imagine a quantum analogue to the packet router, which would be a small purpose-built quantum computer designed for recovering and transmitting qubits through the network. These are what we refer to today as quantum repeaters, and with these quantum repeaters we could build a global quantum internet.

Currently there is much work underway to realise a fault-tolerant quantum repeater. Recently a team in the NSF Center for Quantum Networks (CQN)achieved an important milestone in that they were able to use a quantum memory to transmit a qubit beyond its usual loss limit. This is a building block for a quantum repeater. The SFI Connect Centre in Ireland is also working on classical network control systems that can be used to operate a network of such repeaters.

Together we have our sights set on realising the networks that will make up the quantum internet.

By Dan Kilper and Saikat Guha

Dan Kilper is professor of future communication networks at Trinity College Dublin and director of the Science Foundation Ireland (SFI) Connect research centre.

Saikat Guha is director of the NSF-ERC Center for Quantum Networks and professor of optical sciences, electrical and computer engineering, and applied mathematics at the University of Arizona.

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Looking to the future of quantum cloud computing - Siliconrepublic.com - Siliconrepublic.com

Hate to break it to you, but football’s not coming home if this AI pundit is to be believed – The Register

The Czech Republic footie team is set to be crowned champions next month, beating fellow underdogs Denmark 3-2 in the Euros in what pundits claim will prove to be a "thrilling final".

At least that's what boffins at sports data provider Sportradar reckon after scraping together results from the last 20 years, feeding them into a "super computer" running a simulated-reality program driven by AI, and then, hey presto, coming up with the finding ahead of this week's start to the month-long footballfest.

According to dressing room insiders, the whole tournament was "played out" using an "innovative simulated reality solution using artificial intelligence algorithms." So it must be true.

Of course, now that we know the result, Reg readers with a hectic social schedule can breathe a sigh of relief and reorganise their diaries to spend their free time doing other things.

Oh, and if anyone asks, England will be knocked out in the semi-finals... like you didn't know already.

Despite the heads up, El Reg's very own knobbly-kneed footy pundits are already limbering up for the tournament. They're primed and ready to work overtime cross-referencing sensitive info to make sure there are no anomalies between the highly accurate simulated reality predictions and the results of the on-field kickabout.

One grey-haired hack with fond memories of applying dubbin to boots and experiencing shooting pains after heading a waterlogged leather ball reminisced: "We used to make similar predictions before a big tournament when I was a lad. We didn't have supercomputers back then we just had rolled up bits of paper with numbers written on them and we pulled them out of our school caps to predict the scores before whittling down to a winner. Happy days."

El Reg misses Paul the Octopus, the so-called animal oracle that predicted games played during the 2010 World Cup? Sadly he died of natural causes, which is likely one thing he didn't anticipate. Or maybe he did.

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Hate to break it to you, but football's not coming home if this AI pundit is to be believed - The Register

Euro 2020: England only have 5.2% chance of winning tournament, says supercomputer – GIVEMESPORT

England are being viewed as one of the big favourites to win Euro 2020.

Gareth Southgate's 26-man squad is loaded with talent, particularly in the various offensive departments.

Harry Kane, Mason Mount, Jack Grealish, Jadon Sancho, Phil Foden, Marcus Rashford and Raheem Sterling are some of the finest attack-minded players on the planet and they are all available for selection at Euro 2020.

READ MORE - Euro 2020: News, Groups, Fixtures, Dates, Tickets, Odds And Everything You Need To Know

Stopping the Three Lions at this summer's international tournament will be mighty difficult and it would likely be deemed a serious failure if they didn't at least reach the semi-final stage.

However, England have not been looked at fondly by a supercomputer, which claims that Southgate's side only have a 5.2% chance of winning Euro 2020.

The Analyst's Stats Perform Predictorhas ranked all 24 nations heading to the tournament by their probability of lifting the trophy on July 11th.

Here's their brief explanation of how the model actually works:

"Stats Performs Euros Prediction model estimates the probability of each match outcome (win, draw or loss) by using betting market odds and Stats Performs team rankings. The odds and rankings are based on historical and recent team performances.

"The model considers the strength of opponents and the difficulty of the path to the final by using the match outcome probabilities with the composition of the groups and the seedings into the knockout stages.

"The Stats Perform Euros Prediction model simulates the remainder of the tournament 40,000 times. By analysing the outcome of each of these simulations, the model returns the likelihood of progression for each team at each stage of the tournament to create our final predictions."

Got it? Right, let's take at each nation's chance of winning Euro 2020 then...

24. North Macedonia - 0.02%

23. Slovakia - 0.04%

22. Scotland - 0.1%

21. Hungary - 0.1%

20.Finland - 0.1%

19. Austria - 0.2%

18. Czech Republic - 0.2%

17. Turkey - 0.4%

16. Wales - 0.6%

15. Ukraine - 0.8%

14. Poland - 0.8%

13. Russia - 1.0%

12. Croatia - 1.0%

11. Sweden - 1.5%

10. Switzerland - 2.3%

9. England - 5.2%

8. Denmark - 5.4%

7. Holland - 5.6%

6. Italy - 7.6%

5. Portugal - 9.6%

4. Germany - 9.8%

3. Spain - 11.3%

2. Belgium - 15.7%

1. France - 20.5%

That's right, England are behind both Denmark and Holland, which seems a tad odd.

France are the overwhelming favourites to win the tournament according to the supercomputer and it's hard to argue with that to be honest.

Les Bleus' squad is even stronger than England's and with Karim Benzema back in the team alongside Kylian Mbappe, Didier Deschamps' side look a formidable prospect on paper.

Although, France have been drawn in the dreaded 'Group of Death' alongside Germany and Portugal, so it certainly won't be plain sailing for the 2018 World Cup winners...

Sancho & Trippier closing in on moves to Man Utd | The Football Terrace

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Euro 2020: England only have 5.2% chance of winning tournament, says supercomputer - GIVEMESPORT

Team Led by PPPL Physicist Wins Major Supercomputer Time to Help Develop Fusion Energy – HPCwire

Feb. 2, 2021 Multi-institutional researchers led by physicist C.S. Chang of the U.S. Department of Energys (DOE) Princeton Plasma Physics Laboratory (PPPL) have been granted millions of supercomputer node-hours to investigate issues crucial to the success of ITER, the international tokamak under construction in France to demonstrate the feasibility of fusionpower. The two-year award from the DOEs Innovative and Novel Computational Impact on Theory and Experiment (INCITE), selected in competition with science and engineering research from around the world, enables the team to extend its previous INCITE work into areas of critical interest for next-step fusion facilities.

Fusion, the power that drives the sun and stars, combines light elements in the form ofplasma the hot, charged state of matter composed of free electrons and atomic nuclei that makes up 99 percent of the visible universe to generate massive amounts of energy. ITER represents doughnut-shaped magnetic fusion facilities called tokamaks that aim to create and control fusion on Earth for a virtually inexhaustible supply of power to generate electricity.

Supercomputer hours

The new INCITE award provides the team from four national laboratories, two universities, and a consulting firm with 0.9 million node-hours on theSummitsupercomputer at the Oak Ridge Leadership Computing Facility at Oak Ridge National Laboratory, and 1.3 million node-hours onThetaat the Argonne Leadership Computing Facility at Argonne National Laboratory.

On both supercomputers, researchers will run the state-of-the-art XGC code developed at PPPL, in collaboration with members of Changs Scientific Discovery through Advanced Computing (SciDAC) team at national laboratories, universities and a consulting firm. XGC is a high-fidelity plasma turbulence code that is equipped to model the complicated tokamak boundary physics in realistic geometry. The goal will be to predict the minimum power needed to transition the plasma from low- to high-confinement on ITER and to predict the height and shape of the pedestal at the edge of the plasma together with the width of the heat load that will strike the divertor plates that accept waste heat from the tokamak.

New edge physics

The research aims to find new edge physics that will govern the plasma performance in ITER and predict how the processes that drive present-day tokamaks can be extrapolated to ITER in accordance with the new physics. Of particular interest is the footprint of the exhaust heat on the surface of the tokamak divertor plates. ITER operations that can produce 10 times more energy than the input energy could exhaust 100 megawatts of heat on the divertor plates. If the width of the peak heat-flux is too narrow, it could seriously damage the divertor plates.

The collaborative XGC team includes not only U.S. researchers, but also European Union and Asian researchers, Chang said. The new physics and simulation capability will also strengthen the edge component of the Exascale Computing Whole Device Modeling Application project (ECP-WDMApp) a PPPL-led program to develop the first complete model of a fusion plasma as part of the DOEs Exascale Computing Project.

Members of this research team include PPPL physicists Michael Churchill, Michael Cole, Stephane Ethier, Robert Hager, Seung-Hoe Ku, Benjamin Sturdevant, and others. Collaborating members include Mark Adams, Lawrence Berkeley National Laboratory; Luis Chacon, Los Alamos National Laboratory; Scott Klasky and Sarat Sreepathi, Oak Ridge National Laboratory; Scott Parker, University of Colorado; Mark Shephard, Rensselaer Polytechnic Institute; and Aaron Scheinberg, Jubilee Development.

PPPL, on Princeton Universitys Forrestal Campus in Plainsboro, N.J., is devoted to creating new knowledge about the physics of plasmas ultra-hot, charged gases and to developing practical solutions for the creation of fusion energy. The Laboratory is managed by the University for the U.S. Department of Energys Office of Science, which is the single largest supporter of basic research in the physical sciences in the United States and is working to address some of the most pressing challenges of our time. For more information, visitenergy.gov/science.

Source: John Greenwald, PPPL

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Team Led by PPPL Physicist Wins Major Supercomputer Time to Help Develop Fusion Energy - HPCwire

Wyoming Supercomputer Upgrade Will Make It One Of Top 25 Fastest In The World – Wyoming Public Media

The National Center for Atmospheric Research Cheyenne supercomputer will be replaced and updated this year.

The new supercomputer will be 3.5 times faster than the old one. It will be able to perform almost 20 quadrillion calculations per second.

"Supercomputers differentiate themselves from regular computers like your laptop, let's say, or your phone in that it is an interconnected array of computers," said Richard Loft with the Computational and Systems Information Laboratory. "Not all that different typically than the ones you would find in those devices."

Loft said the upgrade will make the Cheyenne computer one of the top 25 fastest supercomputers in the world. Scientists will use the computer to study weather and climate.

"Some of the things we look at are extreme events, you know, hurricanes, tornadoes, hail storms, droughts, floods,' he said. "All of it kind of wrapped up in the general mission of trying to make life for regular human beings a little bit better."

He said University of Wyoming researchers will get about one seventh of the computer's time. Other computer time will go to NCAR scientists and universities throughout the country. It should begin operating by early 2022.

Have a question about this story? Please contact the reporter, Ashley Piccone, at apiccone@uwyo.edu.

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Wyoming Supercomputer Upgrade Will Make It One Of Top 25 Fastest In The World - Wyoming Public Media

Super Computer rates Newcastle United chances of beating Southampton and relegation probability | NUFC The Mag – The Mag

Interesting overview of Newcastle United for the season and Saturdays match against Southampton.

The super computer model predictions are based on the FiveThirtyEight revision to the Soccer Power Index, which is a rating mechanism for football teams which takes account of over half a million matches, and is based on Optas play-by-play data.

They have analysed all Premier League matches this weekend, including Newcastle United hosting Southampton.

Their computer model gives Southampton a 34% chance of a win, it is 28% for a draw and a 38% possibility of a Newcastle win (percentage probabilities rounded up/down to nearest whole number).

When it comes to winning the title, they have the probability Man City an 88% chance, Man Utd 7% and Liverpool 4%.

Also interesting to see how the computer model rates the percentage probability chances of relegation as we are now past the halfway point:

97% West Brom

86% Sheff Utd

70% Fulham

27% Newcastle United

12% Burnley

2% Brighton

2% Palace

2% Wolves

This is how the actual Premier League table looks on Thursday morning, Brightons 1-0 win at Anfield having a real impact in terms of both title winning and relegation probability.

Brighton having beaten both Spurs and Liverpool in the matter of a few days and without conceding a single goal, seeing them put results on top of the often excellent football Graham Potter had them playing.

The relegation race looking increasingly likely to revolve around whether any of the bottom three can manage to break out and close on the likes of Newcastle and / or Burnley.

Amazingly, Sheffield United suddenly winning three of their last five after no wins in their first 17 PL matches.

Sheff Utd still have to visit St James Park but Newcastle have away games at West Brom, Fulham, Burnley and Brighton.

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Super Computer rates Newcastle United chances of beating Southampton and relegation probability | NUFC The Mag - The Mag

Super Bowl 2021: What time is the game, how to watch Bucs vs. Chiefs on CBS for free – CNET

Despite playing without a bubble during the fall and winter of an unprecedented pandemic, the NFL has somehow made it to the 2021 Super Bowl. The Tampa Bay Buccaneers will play the Kansas City Chiefs, who look to become repeat champions.

The Super Bowl is today,Sunday, Feb. 7, at 6:30 p.m. ET (3:30 p.m. PT) on CBS.

There are plenty of compelling storylines for this title bout: young gun Patrick Mahomes versus veteran Tom Brady; the Chiefs trying to become the first team to repeat since Brady's Patriots in 2005; the Bucs becoming the first team to play -- and potentially win -- a Super Bowl in their home stadium. This year's game, from the on-field action to the halftime show featuring The Weeknd to the big-budget commercials, should be fun.

Now playing: Watch this: Big game tech to get the best at-home experience

4:54

Luckily for sports fans, there will be plenty of ways to get the big game for free, including directly onCBSSports.com and in the CBS Sports app.Here's how you can watch all the action live without cable.

Tom Brady goes for his seventh championship, and the Tampa Bay Buccaneers their second, at home in the Raymond James Stadium.

Those looking for a free, legal way to watch the Super Bowl this year will have plenty of options.

As mentioned above, CBSSports.com will be streaming the game on its website without requiring any pay-TV authentication. Mobile apps for CBS Sports, the NFL app and Yahoo Sports will also all stream the game for free on phones and tablets.

Those looking to watch on a TV will be able to do so with the CBS Sports app on Roku, Apple TV and Amazon Fire TV. Other options include AirPlaying from an iOS device or Chromecasting to an Android TV or Google Chromecast streaming dongle from an Android phone or tablet. If all that doesn't work, you can always plug a computer into your TV's HDMI port.

Locast, a nonprofit which streams broadcast stations in 28 markets around the country for free, will also be streaming CBS. Locast is available in web browsers and also has apps for iOS, Android plus major TV platforms including Roku, Apple TV, Android TV and Amazon Fire TV. Exact locations and more details can be found on its website.

It should be noted that those streaming over the internet will likely be a few seconds behind people watching over cable or an antenna. So if you are going this route, maybe mute the group chat and stay off Twitter to avoid spoilers.

This year's game is on CBS, which is available on mostlive-TV streaming serviceswith the notable exception of Sling TV.

Exact channels vary based on where you live, but the best services for NFL fans are YouTube TV and FuboTV.

Read more: NFL streaming: Best ways to watch football live without cable

YouTube TV costs $65 a month and includes all the channels NFL fans need: CBS, ESPN and NFL Network. Plug in your ZIP code on itswelcome pageto see which local networks are available in your area.

FuboTV costs $65 a month for its Family plan and includes CBS plus ESPN and the NFL Network for following all the pre-Super Bowl fun.Click here to see which local channels you get.

Hulu Plus Live TV costs $65 a month and includes CBS as well as ESPN. Click the "View channels in your area" link on itswelcome pageto see which local channels are offered in your ZIP code. The NFL Network is not available from this service.

AT&T TV's basic, $70-a-month Entertainment package includes CBSas well as ESPN. You can use itschannel lookup toolto see which local channels are available where you live. You can read more on AT&T's merger of its AT&T TV and TV Now services here.

All of the services above allow you to cancel anytime and require a solid internet connection. Looking for more information?Check out our massive streaming services guide.

Finally, cord-cutters can receive free local CBS broadcasts using an over-the-air antenna.

Now playing: Watch this: From smart footballs to contact tracing: How NFL players...

4:23

All of the above services, with the exception of AT&T TV, offer free trials. Most -- including YouTube TV, FuboTV, Hulu Plus Live TV and CBS All Access -- run seven days.

AT&T TV doesn't advertise a free trial but the company says that if you cancel within 14 days you won't be charged.

No. Last year's Super Bowl was broadcast by Fox and available in 4K HDR, but this year CBS will not offer the game in 4K at all. The issue, like everything else, seems to be the pandemic: CBS Sports Digital told CNET that it needed to switch its focus to make more of its operations remote for this year's telecast.

The Weeknd will headline the Pepsi Halftime Show. The performer spent $7 million of his own money to make sure the performance will be just right.

We're keeping track of all the Super Bowl ads released so far right here. Big names so far include Maya Rudolph, Don Cheadle and, er, David Fincher.

Super Bowl 55 will take place in Tampa Bay at Raymond James Stadium, home of the Tampa Bay Buccaneers. The NFL announces the sites of the Super Bowls years in advance, but this year is the first time a team hosting the Super Bowl will be actually playing in the big game.

Per the Tampa Bay Times, Super Bowl 55 will have 22,000 fans in the stands, including 7,500 vaccinated health care workers.

CNET TVs, Streaming and Audio

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Super Bowl 2021: What time is the game, how to watch Bucs vs. Chiefs on CBS for free - CNET

Meet the billionaire commanding SpaceXs all-civilian missionhe dropped out of high school to start his business – CNBC

At some point during the first quarter of Sunday's Super Bowl LV, billionaire entrepreneur Jared Isaacman is set to appear on around 100 million television screens in a 30-second spot he bought to tout "the world's first all-civilian mission" to space a SpaceX mission he is paying to command.

The mission, dubbed Inspiration4, is a charitable endeavor to highlight an effort to raise $200 million for St. Jude Children's Research Hospital to fight childhood cancer.

But beyond fundraising, orbiting the earth in a SpaceX Crew Dragon capsule that will launch at the end of 2021 will also fulfill the 37-year-old founder's childhood dream of going to space.

"I decided I was going to go to space when I was 5 [years old]. I was pretty calculated about it at that point, it just took me a little while to get it into motion," says Isaacman, the founder of Shift4 Payments, who is also an accomplished pilot. (He set a world record in 2009 for the fastest around-the-world flight in a light jet.)

The self-proclaimed "space geek," who has an estimated net worth of $2.3 billion, according to Forbes, declined to reveal how much the endeavor will cost him. It certainly won't be cheap: Isaacman has already committed $100 million to St. Jude's. And 30-second Super Bowl ad spots are reportedly going for around $5.5 million this year. That's not to mention the trip, for which he is covering all four crew seats. NASA pays SpaceX about $55 million for each astronaut who makes the trip to space aboard a SpaceX capsule, for context.

Whatever the bill, Isaacman believes it's a small price to pay. "This is the first step towards a world where everybody can go and venture among the stars," Isaacman says.

SpaceX CEO Elon Musk and Shift4 Payments CEO Jared Isaacman pose together at SpaceX headquarters in Hawthorne, California to announce the Inspiration4 all-civilian space mission.

Source: SpaceX

For the past two decades, Isaacman's main focus has been running the company he founded as a teenager in his parents' basement in New Jersey.

As a teen, Isaacman and his friend, Brendan Lauber, spent much of their free time fixing computers and building websites, so they decided to try and make some money with their skills. In high school, Isaacman took a summer job selling computers at the now-shuttered retailer CompUSA. But, really, he says he was using that gig to funnel clients to his own fledgling business.

"I was poaching customers," he explains. When customers would come into the store with computer issues, he would tell them: "Well, you could buy this, or maybe, if you want, I've got this business on the side and I'll take care of you."

One of those clients was Mario Parisi, the CEO of a payment processing company called Merchant Services Inc. (MSI), who was so impressed by Isaacman's work clearing the company's network of viruses that he offered him a job as an in-house IT consultant. Isaacman dropped out of high school and took the job though, his parents had just one condition.

"My parents wanted to make sure I at least had the high school diploma, so I got a GED. That was the big requirement," says Isaacman (who also later earned his college degree).

After just six months at MSI, though, Isaacman had an idea that could allow him to start his own company a payments processor that would make it easier for merchants to set up credit card terminals at their businesses without being buried in paperwork. Isaacman thought he could entice businesses by simplifying that process, which he says used to be akin to "getting a commercial mortgage" in terms of the amount of forms that needed to be filled out.

He used a $10,000 check from his grandfather as seed money to get his business running in his parents' basement: "$10,000, you know, you needed to build a couple of computers. That wasn't expensive. And, you needed some phones, and that was enough to get you going," he says.

He called the company United Bank Card, which later became Harbortouch in 2012 and then Shift4 Payments six years later. Isaacman immediately hired his dad, an experienced salesman who had worked for a home security company, as well as his friend Lauber, who remains the company's chief technology officer.

Lauber and Isaacman used their coding and IT skills to build the online application process while Isaacman's father called local restaurants and other small businesses in search of clients. It allowed the still teenaged Isaacman to avoid interacting face-to-face with prospective clients and potentially scaring them off by (literally) showing his age.

"I don't know if I came out and interacted in public [with clients] until, maybe, 2004 or 2005," when he was in his early 20's, Isaacman admits.

Isaacman says "there's just no way, at that age, you could ever imagine" the company one day being worth more than $6 billion, as it now is after launching an IPO in June 2020 that valued Isaacman's stake in the company at roughly $2.3 billion. Still, he looks back at the early days of his start-up fondly.

"One of the best times at a start-up is when you've got the eight people in the basement eating Chinese food and everybody kind of shares knowledge, and you share in your successes and failures together, and you learn together," he says.

One of United Bank Card's first major clients was shipping company Mail Boxes, Etc., which hired Isaacman's start-up to provide payment processing systems for more than 4,000 retail locations. Then, in 2001, Mail Boxes, Etc. was acquired by UPS. There are now over 5,000 UPS Stores in North America that all use payment processing technology provided by Isaacman's company, he says.

That same year, Isaacman moved his business operations out of his parents' basement and into its first corporate offices, in High Bridge, New Jersey. Over the next few years, he opened more offices in Arizona and North Carolina.

Today, Shift4 Payments has its headquarters in Allentown, Pennsylvania, with more than 730 employees spread across eight office locations overall in the U.S., Canada and Lithuania.

With annual revenues of more than $700 million, Shift4 now processes billions of transactions each year, worth more than $200 billion, for over 200,000 businesses that include large restaurant chains like Popeyes, Auntie Anne's and Denny's, as well as hospitality chains like Caesar's Entertainment and the Mandarin Oriental Hotel Group.

"As soon as I got my business going, after a couple of years ... it was pretty much consuming my whole life," Isaacman says. "And at one point, pretty early on, I was almost burning myself out, just running it 24/7. So I decided I wanted to start flying."

Isaacman had been into planes and flying from a very early age. He says that as a kid he attended Aviation Challenge, a youth camp hosted by the U.S. Space & Rocket Center in Huntsville, Alabama, where he learned about military aircraft and got to use flight simulators.

He started taking flying lessons in 2004 and just five years later managed to set a world record with his around-the-world flight in a Cessna Citation CJ2 that took him just under 62 hours, or about 20 fewer hours than the previous record-holder.

In 2012, Isaacman founded Draken International, a company that employs military-trained fighter pilots who train student pilots for the U.S. Air Force. He sold the company last year to investment firm Blackstone Group for "a nine-figure sum," according to Forbes. But running that company gave him the opportunity to fly a number of military-grade airplanes, including fighter jets like the Mikoyan MiG-29 and the Douglas A-4 Skyhawk.

Still, he says he doesn't "think there's anything as a comparison" between the planes he's flown before and the challenge of flying a spacecraft that will orbit around the Earth. That's why he and his eventual crew will spend much of the next several months training for the mission with astronauts and SpaceX.

The crew will include Isaacman, two contest winners (one who donates to St. Jude and one via an online competition among entrepreneurs on the Shift4 Payments platform) and one of St. Jude's "ambassadors," who are childhood cancer survivors.

They will have to become a "team," says Isaacman: "We're all going to get super familiar with each other here on Earth long before we ever strap onto a rocket and go up into space. There's a lot to learn."

But Isaacman has been lobbying for this opportunity for years, waiting for a private company to be ready to launch an all-civilian flight. "Probably starting in 2007, I started banging on the door of SpaceX and some of the other [private aerospace companies] just expressing my interest that, you know, 'Hey, if it ever comes to be, look me up,'" he says.

After years of waiting and pestering Elon Musk, the opportunity came together rather quickly at the end of 2020, after SpaceX made history by launching the first-ever manned space flight by a private company in June with two NASA astronauts, followed by a launch of a full crew of four astronauts in November.

"We've just been sprinting ever since to get to this point," says Isaacman.

Announcing the mission this week, Musk agreed with Isaacman that the all-civilian flight is "an important milestone toward enabling access to space for everyone."

"If you do believe there's going to be a world like 'The Jetsons,' where everybody jumps in their rocket very 'Star Wars' or 'Star Trek' and people are exploring new planets and new worlds, then we've got to get the first one right," Isaacman tells CNBC Make It. "It's a big responsibility."

Musk told NBC News that Isaacman is a "pioneer." And in a press conference, Musk noted that the trip will last "two to four days," but he also jokingly told Isaacman: "If you want to stay up longer, that's fine, too."

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Meet the billionaire commanding SpaceXs all-civilian missionhe dropped out of high school to start his business - CNBC

HORIZON BLOG: Research and innovation in the new seven-year budget – Science Business

The European Commission today published an independentreportdetailing the gaps in EU support for the European venture capitalist (VC) ecosystem, which may inform the work of the start-up funding programme, the European Innovation Council (EIC), on track to becoming one of the biggest VCs in Europe.

The report evaluated the effectiveness of different EU programmes supporting the venture market, such as InnovFin Equity and VentureEU, finding that while they follow a clear intention to develop the VCecosystem, growth has been modest and the market remains significantly smaller than in the US and China.

To help VCs take full advantage of the services, the report recommends streamlining the application process for EU support programmes, lowering administrative burden to make the programmes easier to administer, and supporting the creation of large later-stage pan-European equity funds, which would be able to fund bigger companies that often find support easier in the US and China. The report also suggests the EU should allow its programmes to take higher risks when investing to better achieve its policy priorities and crowd in private investors.

Yet, EU support cannot plug all the holes. Growth takes time and the development of risk capital markets often depends on a number of policies at national level, which is beyond the scope of the evaluated EU programmes, according to the report.

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HORIZON BLOG: Research and innovation in the new seven-year budget - Science Business