SpaceX Prepares to Destroy Rocket for NASA in Safety Test – The New York Times

On Saturday morning, SpaceX hopes that destroying a rocket in flight will show that its spacecraft are safe for astronauts.

Since 2012, the company founded by Elon Musk has been flying to the International Space Station for NASA, but it has never before carried a human crew, only cargo. In a final major milestone before it is ready to start taking NASA astronauts to the station, SpaceX will test a system that is to rescue astronauts in case of an emergency during launch.

The main objective of this test is to show that we can carry the astronauts safely away, said Benji Reed, director of crew mission management for SpaceX, during a news conference on Friday.

This flight of a Falcon 9 rocket with a Crew Dragon capsule on top is known as an in-flight abort test. It will not have any astronauts aboard, and it will not be like most launches where were really hoping for it not to be exciting, said Kathy Lueders, manager of the commercial crew program for NASA. I will tell you, tomorrow will be an exciting day.

About 84 seconds after launch, the Falcon 9 rocket will shut off its nine engines, simulating a failure, and powerful thrusters on the Crew Dragon will ignite to propel the capsule away. The force of that sudden departure will destroy the rocket, possibly even causing it to explode.

Probably a fireball of some kind, Mr. Reed said.

After reaching an altitude of about 25 miles, the Dragon will then drop off the trunk, or bottom half of the spacecraft, and small thrusters will push the capsule into the correct vertical orientation before parachutes deploy. It is to splash down in the Atlantic Ocean just 10 minutes after launch.

Weather forecasts predict a 90 percent chance of good conditions at the launchpad. But if the ocean is too choppy where the capsule is to splash down, it could delay the liftoff. You all may be waiting for a while, Ms. Lueders said, while were trying to find the perfect time for us to be able to conduct this test.

The launch is to occur after 11 a.m. Eastern time, at least three hours later than what had been scheduled. On Friday evening, NASA and SpaceX posted updates on Twitter that the liftoff would likely occur closer to noon. During the Friday news conference, Mr. Reed said there were discussions to possibly extend the launch window into Saturday afternoon.

NASA Television is to broadcast coverage of the test beginning 20 minutes before liftoff. There are backup opportunities for conducting the launch on Sunday and Monday, although weather could again cause problems.

If the test is successful, Ms. Lueders said, the next Crew Dragon mission, which is scheduled to take two NASA astronauts, Douglas G. Hurley and Robert L. Behnken, to the space station, could launch as soon as early March.

SpaceXs in-flight abort test brings NASA closer to the culmination of its strategy of turning to private companies SpaceX and Boeing for providing transportation for its astronauts. In the past, NASA built and operated its own vehicles, like the space shuttles.

Delays have pushed back the first commercial crew flights by a couple of years, but NASA hopes that the first crewed missions will take off this year. In California, SpaceX is completing construction of its next Crew Dragon capsule and plans to ship it to Florida within a few weeks.

Last month, Boeing launched its capsule, called Starliner, in a test flight without astronauts, but a problem with the spacecrafts clock led to calling off a planned docking at the space station. Boeing and NASA are investigating what went wrong and NASA will decide whether it will allow astronauts on the next Starliner flight, or it will require Boeing to first repeat the uncrewed orbital test flight.

Since the retirement of the space shuttles in 2011, NASA has had to rely on Soyuz rockets built by Russia for taking astronauts into orbit. It is looking to buy one or two more seats from Russia, at a cost of more than $80 million apiece. If SpaceX and Boeing experience further delays, NASA will have to cut the number of astronauts at the space station, which would limit the amount of scientific research.

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SpaceX Prepares to Destroy Rocket for NASA in Safety Test - The New York Times

NASA and NOAA Just Announced that 2019 Was the Second Hottest Year on Record – Mother Jones

On Wednesday, scientists from the National Oceanic and Atmospheric Administration and National Aeronautics and Space Administration released their combined study on 2019 weather trends around the world. The main takeaway was stark: 2019 was the second warmest year on record, and the trend from Alaska to Antartica has been one of steady warming. According to data from the two government agenciescollected independently, then presented in tandemthelast fiveyears were the hottest in recent human history, with 2016 barely beating 2019 for first place.

The respective organizations covered much of the same ground, but both made some unique additions to the joint report. NASA, for example, contributed a global temperature uncertainty analysistracking margin of errorwhile NOAA added specific coverage of domestic heat and rain conditions for the year.

Notwithstanding the potential for major disruptive eventsa volcano, some sort of massive social actionif setting those aside, Deke Arndt, a chief of climate monitoring at NOAA, told reporters, the chances are well continue to climb at about the rate weve been climbing. Though the report contained no predictions beyond that one, their data illustrates that even though 2019 may have been an anomaly on the grand scale, if the scope were narrowed to the last decade, it was yet another example of how the planet is moving towards a hotter future.

Here are some of the most striking charts from the report:

According to data collected by NASA, and corroborated by NOAA, 2019 was the second warmest year ever recorded. Thats 1.8 degrees Fahrenheit warmer than the average temperature of the earth between 1951 and 1980.

Despite being collected independently of each other, there is remarkable consistency between the findings. On a given year, its normal for there to be some discrepancy, but Arndt says the data from 2019 were in complete agreement, showing a consistent increase in global average temperature since at least 1980. By presenting that data side by side, he notes, the findings of both are reinforced. Were measuring the same planet, and we do have slightly different methods, he said. It actually helps that we have slightly different waysin a checks and balances wayto make sure our methods are solid.

According to Gavin Schmidt, the director of NASA Goddard Institute for Space Studies, the Arctic sea ice levels oscillate between March and September, when seasonal ice melting and expansion take place. In recent decades, the measurements of sea ice taken at those times have dramatically fallen, uncovering sections of Arctic ice that havent touched the open air on the earths surface in 50,000 years.

Across the United States, mean temperatures in 2019 also were above average. The differences were particularly dramatic in the American south, where large swathes of Georgia, Virginia and North Carolina saw record heat.

Yet it was Alaska that saw the most dramatic deviation from the norm. Average temperatures in the state in 2019 were 32.2 degrees Fahrenheit, more than 6 degrees higher than the cumulative average from 1925 to 2000.

These findings are jarring and come during a long campaign of climate change erasure and denialismfrom the Trump administration. Though the organizations have been pulled onto the political chess board in the past by President Donald Trump, both scientists were clear about the fundamental cause of the warming temperatures: Certainty that the trend is the result of human behavior is at near 100 percent, says Schmidt. All the trends are anthropogenic at this point.

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NASA and NOAA Just Announced that 2019 Was the Second Hottest Year on Record - Mother Jones

2019 was the second hottest year on record, per NASA and NOAA | TheHill – The Hill

Last year was the second-warmest year ever recorded and the past decade the hottest on record,NASA and the National Oceanic and Atmospheric Administration (NOAA) announced on Wednesday.

Global surface temperatures in 2019 were cooler than only 2016,the agencies said.

The decade of 2010 to 2019 was also the warmest ever recorded and the past five years have been the five warmest, according to the agencies.

Every decade since the 1960s clearly has been warmer than the one before, saidGavin Schmidt, the director of NASAs Goddard Institute for Space Studies, in a statement.

"Whats happening is persistent, not a fluke due to some weather phenomenon: we know that the long-term trends are being driven by the increasing levels of greenhouse gases in the atmosphere, Schmidt added.

This past year, temperatures were1.8 degrees Fahrenheit (0.98 degrees Celsius) warmer than the 1951 to 1980 mean.

The statement said that weather dynamicsaffect regional temperatures, so they varied across the earth.

The annual average temperature for thecontiguous 48 United States was the 34th warmest on record, making itwarmer than average, according to NOAA.

Their finding echoes a similar analysis released last week by a European Unionaffiliated organization that also found 2019 to be the second-warmest year globally.

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2019 was the second hottest year on record, per NASA and NOAA | TheHill - The Hill

Ethereum price spikes 10%, continues gaining on Bitcoin – Yahoo Finance

Ethereum (ETH), the second-largest cryptocurrency by market capitalization, has just recorded a further 10% gains to achieve a value of $165.60its highest value since late November 2019. This recent price action continues a week of bullish momentum for the cryptocurrency, which has now gained over 19% in the last week.

Beyond this, Ethereum has witnessed strong gains against Bitcoin (BTC), climbing six percent against the number one cryptocurrency today to achieve its highest value since mid-December last year. Ethereum has also seen its trade volume more than double in the last monthreaching as high as $17.9 million in ether changing hands daily.

Although these things are never certain, it appears that Ethereum's recent gains can be attributed to recent developments in the Craig Wright vs Kleiman court case, in addition to growing economic uncertainty in Venezuela. These two events, in addition to massively increasing trade volume for most crypto assets, has led some to speculate that a new bull market is about to begin. Moreover, Coinbase appears to be struggling under the recent pressurefurther evidence that interest has massively increased as of late.

Although Ethereum's recent gains are certainly significant, practically every major cryptocurrency is also seeing similar gains, with an average gain of five percent seen across the board. Can the momentum continue?

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Ethereum price spikes 10%, continues gaining on Bitcoin - Yahoo Finance

Is Ethereum Destined To Fall Below $100? – Yahoo Finance

Although the broad cryptocurrency market ended 2019 in a fundamentally better state than it did 2018, the overall trend in the transition into 2020 has not been an overwhelmingly positive one. Bitcoin spent the back-half of last year trending down from recent highs by as much as 50% while other major coins like litecoin and ripple approached new 52-week lows.

In spite of these facts, the dimmest outlook in the crypto market circa 2020 is for Ethereum. ETH is down roughly 60% from the 2019 high it set in June and the coin has gotten dangerously close to hitting a key $100 support level.

In addition to the price pressure, ETH has been hit by a series of hurdles and bad news that threaten to challenge the support for the currency through the initial months of the new year.

Is ETH Forked?

One of the most persistent troubles hanging over ETH through 2019 has been the continued delay of Ethereum 2.0, which is planned to switch mining of new currency from a proof-of-work protocol to the more common proof-of-stake. To facilitate this transition, Ethererums programmers added a difficulty bomb to the PoW framework that would gradually make mining new blocks in this way more difficult, encouraging greater PoS mining.

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However, while the transition to PoS has been delayed, the difficulty bomb has continued ticking within Ethereums programming chain. To avoid a total price explosion, Ethereums developers have implemented a series of hard forks to offset the eventual switch, including two that happened at the start and end of 2019Constantinople and Istanbul.

Februarys Constantinople and Decembers Istanbul hard forks pushed the timeline for the PoS transition all the way to 2022, but they also resulted in depressing ETHs price below $130 that month as well.

A Test Of ETH

Although these hard forks were necessary to keep the supply of new ether constant, they have disrupted mining operations and introduced greater uncertainty to the stability of Ethereums framework. ETH mining has fallen to a daily value below 12,000 coins and a longtime ETH HODLer with more than 300,000 ETH has started migrating his or her coins onto exchanges.

Source: cointelegraph

Another wrench has been thrown into ETH just this month. Coinfloor, the U.K.s longest-running cryptocurrency exchange, announced it would be ending its support for the currency to focus on BTC.

All of this comes as ETH is experiencing a sustained downtrend. Even barring the massive hit the broader cryptocurrency market took in July, ETH has lost $100 in value since August, half of which has been shed off since mid-November.

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All of which leads to the question of where the bottom might be for ETH. Its current trajectory below $130 puts the coins nearest support at $120, below which is the critical $100 floor that helped to support the coin during last years low.

Should miners and investors continue to migrate away from the worlds second-largest cryptocurrency, 2020 may see ETH hit the floor once again.

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Is Ethereum Destined To Fall Below $100? - Yahoo Finance

How This Solution Could Drive Massive Adoption For Ethereum – Bitcoinist

Ethereum has had a couple of miserable years in terms of price but development on the worlds largest smart contract and dApp platform has continued. Speed and scalability are the keys for mass adoption and a solution is already being developed.

Ethereums infighting in 2016 and 2017 has been replaced by co-operation and alliance-building, according to an article shared by Barry Silbert, the founder and CEO of Digital Currency Group.

Last month, Matter Labs published an in-depth report titled the missing link to mass adoption of Ethereum. It was shared by Circle CEO Jeremy Allaire who stated that it was a big win for Ethereum based stablecoins.

ZK Rollups now possible and will allow Layer 2 scaling on Ethereum supporting upwards of 3000tps (larger than Visa), while maintaining decentralization and privacy.

The report introduced the concept stating that a successful scaling solution must include the systems ability to meet the demands of millions of users without sacrificing decentralization. None of them can actually achieve this yet as most public blockchains are still largely experimental and virtually unused.

As Ethereum co-founder, Vitalik Buterin, pointed out in the past, its impossible for a blockchain to boast scalability, security and decentralization all at once. He argues that, at most, a blockchain will possess 2 of these traits.

Recent advances in zero knowledge proofs however have opened up new possibilities in this arena. ZK is a cryptographic protocol by which one party can prove to another party that they know a value of something without revealing any information apart from the fact that they know the value.

According to the researchers, a solution called ZK Sync is designed to bring a VISA-scale throughput of thousands of transactions per second to the Ethereum network.

ZK Sync is built on ZK Rollup architecture which is a Layer 2 scaling solution that holds all funds on a smart contract on the main chain, while computation and storage are performed off-chain.

Additionally funds remain as secure as in the underlying Layer 1 accounts and maintaining a high degree of censorship-resistance.

Another important aspect of the protocol is its ultra-low latency: transactions in ZK Sync will provide instant economic finality.

The devnet for ZK Sync v0.1 is live and 2020 is likely to see more scaling solutions for Ethereum, as the migration to proof of stake consensus gets underway.

At the moment Ethereum is the same as most crypto assets in that it is primarily used for speculation in markets largely driven by day traders seeking a quick profit.

Scaling solutions such as these, which tackle the blockchain trilemma, are the next step toward Web 3.0, decentralized finance and mass adoption for Ethereum.

Will Ethereum be able to massively scale this year? Add your comments below.

Images via Shutterstock

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How This Solution Could Drive Massive Adoption For Ethereum - Bitcoinist

Ethereum 2.0 Will Come in 2020, According to ConsenSys Co-Founder – Cointelegraph

Ethereums Serenity will launch by the end of this year, according to ConsenSys Co-founder Andrew Keys. Given the current state of development though, few share his excitement.

In a Jan. 7 post published on the ConsenSys site, Andrew Keys shared his predictions for 2020. Keys was one of the co-founders of ConsenSys, having since become a managing partner at DARMA Capital.

While Keys predictions touched diverse themes ranging from the world economy to human rights, two are especially notable for their optimism.

According to the executive, 2020 will see Ethereum move stridently beyond Phase 0 of Ethereum 2.0, onto Phase 1 and the launch of shard chains.

In addition, while Serenity continues development, Keys believes that layer two solutions will turbocharge Ethereum and bring it towards 2.0 levels of scalability at layer one.

The recent Istanbul hard fork was the last stage in Ethereum 1.0, introducing several improvements and adjustments. Some of the core Ethereum Improvement Proposals (EIPs) that went into the upgrade were closely related to Zcash (ZEC). EIP-152 improved interoperability with the actual Zcash blockchain, while EIP-1108 made optimizations for cryptography routines leveraged by projects such as Aztec and ZEther.

Aztec Protocol aims to introduce confidential transactions within the Ethereum (ETH) blockchain by using SNARK zero-knowledge technology the same powering Zcash shielded transactions.

On the other hand, Matter Labs is attempting to leverage SNARKs for scalability. On a basic level, its Zk Sync technology would allow offloading of the majority of transactional computations off-chain using a zero-knowledge proof to guarantee their correct execution.

Finally, Plasma focuses on creating sidechains for specific use cases. In a 2019 interview with Cointelegraph, CEO of ConsenSys Joseph Lubin explained:

Plasma is this class of technologies that enable you to have less decentralized platforms sitting at layer two in the Ethereum ecosystem. They can benefit from the full trust in some cases sometimes they benefit from partial trust but if they're linked in really rigorously, they can benefit from the full trust of the base trust layer, and you can get the best of both worlds.

However, these technologies are not yet live. Only Aztec looks poised to launch its cryptography engine this month, after conducting its trusted setup ceremony on Jan. 9.

Matter Labs revealed in a blog post that it would launch a smart contract framework this month but not the full scaling technology. Representatives from Matter Labs failed to reply to Cointelegraphs inquiries on detailed time tables.

Plasma Group, a non-profit research group, recently declared that their theoretical work on the technology is complete, but failed to indicate specific implementations underway.

Cointelegraph approached Afri Schoeden, a former Parity Technologies developer, for additional insight. When asked whether 2020 will feature working sidechain solutions, Schoeden replied:

No. We will see COSMOS maturing, Polkadot launching maybe, and Ethereum 2.0 finally taking shape. But we are still far away from viable solutions that would work in production.

Though Istanbul was the last step before the introduction of Ethereum 2.0 technology, it is unclear when the next stages will be implemented.

According to a mid-2019 roadmap by ConsenSys, phase zero of Serenity was supposed to be implemented by years end. This will introduce the Beacon Chain, the first to be powered by Proof-of-Stake validators.

Though Keys noted that a block explorer for the beacon chain was released, it merely tracks a testnet version. He then continued:

Ethereum developers have already proven their ability to work wonders, and that this decentralized team is now in the stride of hitting ambitious roadmap targets is the best indicator in all of blockchain for future success.

Schoeden, however, was far less optimistic:

From what I observe, maybe we can expect Q4/2020 launch window for phase 0.

Cointelegraph sought out comments on the roadmap from the Ethereum Foundations press team, but did not receive a response at publication.

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Ethereum 2.0 Will Come in 2020, According to ConsenSys Co-Founder - Cointelegraph

This quantum physicist is on a quest to discover the inner workings of subatomic particles – News@Northeastern

Gregory Fiete grew up playing outside in the woods, lakes, and swamps of the Deep South and Midwest. When he was a fourth grader in South Carolina, a friend suggested that they go fishing because it was the perfect time. It was late spring, and there was a full moon, which is when the fish would be more likely to bite as they spawned.

Fiete, a professor of physics at Northeastern, didnt call it science at the time. But it was an experience that sparked scientific wondera realization that some barren rock in space could influence life on Earth.

It was this idea that theres a lot of connectedness in nature, a lot of patterns, Fiete says. The patterns can be understood and used to do something useful, which for me was catching fish.

Fiete now looks for other kinds of patterns: the ones hidden within electrons of solid matter. He is leading a group of theoretical physicists who are working to understand and predict subatomic mechanisms within materials that could lead to better and faster technologies based on quantum systems.

The inner workings of these materials can be difficult to understand because some of the laws of quantum physics arent exactly intuitive for most people. Even some physicists would say that certain rules of quantum mechanics can be spooky and make people uncomfortable.

Fiete, who spent 10 years at the University of Texas at Austin before joining Northeastern in 2019, thinks that exploring the possibilities hidden within quantum materials through theories and calculations isnt that much different from recognizing the patterns of activity that helped him make big catches based on moon phases.

Now, the question of what is possible (quantum mechanically speaking) is at the heart of Fietes research. His team focuses on the fundamental behaviors and characteristics that move electrons to produce new properties within special materials, such as superconductors.

You need to understand how something works, which is about recognizing the patterns in it, Fiete says. Thats essentially what science amounts towere just trying to understand how things work.

Physicists over the last century have developed a robust understanding of the particles that make up a material. And scientists like Fiete are pushing the field to dig deeper and build on this knowledge to fully understand the mechanics that control the collective behavior of electrons within solid matter. These motions can have important implications for the ability of a material to conserve energy or transmit heat.

Fiete suspects that in the next 80 years, the fundamental understanding that he and other scientists are building will bring the power of technologies based on quantum physics within a closer reach for researchers in several fields.

Many medical technologies now rely on physics, like magnetic resonance imaging machines, and there are various radiation treatments and laser surgeries, Fiete says. These technologies are all based on quantum physics, and they are a part of our medical care now.

Unlocking the power of quantum materials could also catalyze a new era of technology that will rely on quantum computers. Such computers could calculate in minutes what would take the supercomputers of today thousands of years.

But to do that, researchers need to extrapolate the understanding that theoretical physicists already have of electrons to harness the hidden powers of quantum materials.

In 2019, Fiete showed that it is possible to use lasers to enhance materials used in electronics. As a laser is pumped through a material, the arrangement of its electrons changes in a way that it supercharges their ability to move electricity.

Shooting materials with lasers could enhance their properties in other different ways, including changing magnetic properties or conducting electricity without losing any energy. It could also make for a bundle of multiple materials in oneor generate completely new properties.

There are whole zoos of different types of properties that physicists are interested in, Fiete says. An even more intriguing question is, what kinds of new matter can we realize when we keep the laser on?

In 2015, Fiete provided a new theoretical way to find properties emerging from materials known as topological insulators, which are known in the scientific community for their superior ability to conduct electricity.

We keep coming up with a finer and finer comb to distinguish one material property from another, Fiete says. And the downstream are these kind of quantum technologies that have the capability to potentially change so many things in commerce, national security, and basic science itself.

Just as internal forces drive quantum materials, Fiete says, the intangible aspects of being a physicist will advance his field.

What matters is that I had a great discussion with a student or another faculty member, and that we understood something and helped move science forward, says Fiete, whose list of recognitions includes a Presidential Early Career Award for Scientists and Engineers, which he received from President Obama. It matters that [our] idea will then move the science forward.

For media inquiries, please contact media@northeastern.edu.

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This quantum physicist is on a quest to discover the inner workings of subatomic particles - News@Northeastern

US DOE to award $625M for Quantum Information Science Research Centers; Argonne quantum loop testbed – Green Car Congress

The US Department of Energy (DOE) will award up to $625 million (DE-FOA-0002253) over the next five years to establish two to five multidisciplinary Quantum Information Science (QIS) Research Centers in support of the National Quantum Initiative.

The National Quantum Initiative Act, signed into law by President Trump in December 2018, established a coordinated multiagency program to support research and training in QIS, encompassing activities at the National Institute of Standards and Technology, the Department of Energy, and the National Science Foundation. The Act called for the creation of a total between four and ten competitively awarded QIS research centers.

The DOEs planned investment in QIS Centers represents a long-term, large-scale commitment of US scientific and technological resources to a highly competitive and promising new area of investigation with enormous potential to transform science and technology.

The aim of the Centers, coupled with DOEs core research portfolio, is to create the ecosystem needed to foster and facilitate advancement of QIS, with major anticipated benefits for national security, economic competitiveness, and Americas continued leadership in science.

Each QIS Center is expected to incorporate a collaborative research team spanning multiple scientific and engineering disciplines and multiple institutions. Centers will draw on the resources of the full range of research communities stewarded by DOEs Office of Science and integrate elements from a wide range of technical fields.

Each Center must integrate sub-topics from at least two of the following Technical Areas of Interest.

Quantum Communication

Requirements for scalable and adaptable quantum network infrastructures designed to support the transmission of diverse types of quantum information

Fundamental limits on information transfer in quantum systems

Communication techniques and tools exploiting entanglement

Test facilities to support network development and test

Quantum Computing and Emulation

System architecture selection and optimization for problem domains studied by SC-supported investigators

Qubit device requirements to match architectural plans

Development of novel and improved algorithms and programming paradigms forselected architectures

Programmable modular quantum emulator development addressing uses for SC-supported researchers (incorporating requirements input from all SC offices),including analog simulators

System integration of emulation, quantum communication, and quantum computesystems from device/array level up

Testbeds for performance measurement and algorithm development; modeling andintegration of computing/communication

Fundamental limits of quantum computation

Capabilities, limitations, and new approaches with respect to error correction

Quantum Devices and Sensors

Development of requirements for qubit devices for quantum sensor and detectorapplications

Development of devices to meet quantum communication or quantum computationapplication requirements

Progress on quantum-enabled imaging devices and systems, such as for soft-matter imaging, magnetic mapping, or improved microscopy

Development of integration, interface, transduction, and control schemes for quantum device arrays

Improving device coherence, qubit lifetime, and other performance parameters

Modeling of device and controls performance

Synthesis and fabrication of engineered quantum devices

Materials and Chemistry for QIS Systems and Applications

Requirements for materials research for quantum communication, computing,emulation, sensing, and imaging applications

Fundamental theory of materials and molecular systems for quantum applications

Research leading to materials and molecular systems that control quantumphenomena to meet quantum communication, computation, and sensor requirements

Fundamental research on device physics for next generation QIS systems, including interface science and modeling of materials performance

Synthesis, characterization, and fabrication research for quantum materials and processes, including integration in novel device architectures

Quantum Foundries

Synthesis of quantum materials, structures, and devices with atomic precision

Fabrication and integration of photon, superconducting, spin and other qubit systems

Advanced instrumentation and tool development for quantum computers, sensors, and metrology

Facilities to support device test, packaging, and integration

Applications are expected to be in the form of multi-institutional proposals submitted by a single lead institution. Eligible lead and partner institutions include universities, nonprofit research institutions, industry, DOE national laboratories, other US government laboratories, and federal agencies.

Total planned funding will be up to $625 million for awards beginning in Fiscal Year 2020 and lasting up to five years in duration, with outyear funding contingent on congressional appropriations. Selections will be made based on peer review.

Argonne quantum loop. Scientists from DOEs Argonne National Laboratory and the University of Chicago last week launched a new, 52-mile testbed for quantum communications experiments, which will enable scientists to address challenges in operating a quantum network and help lay the foundation for a quantum internet.

The Argonne quantum loop consists of a pair of connected 26-mile fiber-optic cables that wind circuitously between Argonne to the Illinois tollway near Bolingbrook, IL, and back. At 52 total miles, it is currently among the longest ground-based quantum communication channels in the country.

The loop will serve as a testbed for researchers interested in leveraging the principles of quantum physics to send unhackable information across long distances. Researchers at Argonne and UChicago plan to use the testbed to explore science underlying quantum engineering systems and to harness the properties of quantum entanglement, a phenomenon Albert Einstein famously characterized as spooky action at a distance.

Quantum entanglement links two (or more) particles so that they are in a shared statesuch that whatever happens to one immediately affects the other, no matter how far they have travelled apart.

In addition to the quantum loop, Argonne plans to develop a two-way quantum link network with Fermi National Accelerator Laboratory. When the two projects are connected, the quantum link, also supported by DOE, is expected to be among the longest links in the world to send secure information using quantum physics.

Argonne is a member of the Chicago Quantum Exchange, a catalyst for advancing academic and industrial efforts in the science and engineering of quantum information. The Chicago Quantum Exchange is headquartered at the Pritzker School of Molecular Engineering at the University of Chicago and includes Argonne, Fermilab and the University of Illinois at Urbana-Champaign as core members.

The quantum loop, and the Argonne-Fermi quantum link network, are supported by the DOE Office of Science Basic Energy Sciences program.

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US DOE to award $625M for Quantum Information Science Research Centers; Argonne quantum loop testbed - Green Car Congress

The End Of Quantum Reality – Film Threat

If you arent aware of who comprises the Philos-Sophia Initiative and what their mission is before watching The End Of Quantum Reality, then the film will remain impenetrable to you. I say this with absolute confidence, as having sat through the entire 95-minute runtime, I have no idea what I was supposed to take away from the documentary. Basically, it plays out like a movie for a party that I was not invited to.

The Katheryne Thomas directed movie features interviews with notable quantum physicists Wolfgang Smith, Richard Delano, Hossein Nasr, and Olavo de Carvalho. From what I could piece together, the film traces the origins of quantum physics and moves through its history up to modern-day. The very well-reasoned and engaging speakers throw out a lot of formulas and ask the audience to think in a way as to erase physical details to quantify something which only theoretically exists.

traces the origins of quantum physics and moves through its history up to modern-day.

The biggest problem with the movie is that it fails to explain the complicated theories and formulas in a way that makes sense. At times, no effort is made to give the audience context for what is being discussed. Take the opening, for example, in which an unseen narrator tells the audience of a supposed statement inscribed above the doorway to an ancient Greek (or was it Roman?) school. How this ties into the rest of the big, vague ideas being discussed is as elusive at the beginning as it is by the end of the sequence.

Other times, an attempt is made but is woefully inadequate. When going over how and why steel in a fire should give off a bluish glow, but doesnt, the meaning behind the equation to explain why this discrepancy exists is baffling. Sadly, Rick Delanos screenplay never finds a way to invite those who know nothing about its subject matter into what is happening. This makes the film a very dull and passive watch.

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The End Of Quantum Reality - Film Threat

Steven Strogatz Talks Science and Math on the Joy of x Podcast – Quanta Magazine

As a teenager in the 1970s, I used to love snuggling up in a big, soft velvet chair in my high school library. There, in its burnt-orange upholstery (I told you it was the 70s), Id lose myself in the memoirs of great scientists. One of those autobiographies, Werner Heisenbergs Physics and Beyond: Encounters and Conversations, made an abiding impression on me. In it, he describes feeling hopelessly stuck on a problem as a young postdoctoral fellow. To make matters worse, he was suffering from such a severe case of hay fever that he had to take two weeks off and escape to a remote, pollen-free island in the North Sea. One night, he suddenly saw the solution to his problem. He was far too giddy to sleep, so as a new day dawned, he climbed a rock jutting out into the sea and waited for the sun to rise. His late-night epiphany is now called quantum mechanics.

This is the kind of fascinating thing we can learn by hearing great minds talk about their work and how it connects to their lives. Its the best way, and maybe the only way, to learn not just what great scientists do but why they do it.

So when the editors at Quanta Magazine invited me to host a podcast for them, I jumped at the chance. But it wasnt immediately obvious how to create a podcast that could live up to Quantas mission of illuminating basic science and math research through public service journalism. How could we achieve that in a podcast, keeping in mind the particular strengths and limitations of the medium? (And of the host!)

At first we considered an approach centered on themes common to all of science, such as the quest for truth and the use of evidence, observation and reasoning. We also entertained the idea of a serial format, where we would focus on a single scientific story with twists and turns, building suspense from week to week. But after batting around these and other ideas, in the end I felt myself drawn back to the lure of that cozy velvet chair. I wanted to hear scientists stories, to learn their innermost desires, to understand what moves them and fascinates them and what theyre most curious about.

So we decided on a conversational format, in which Id chat with a wide range of scientists about their lives and work. In my dreams, each conversation would be relaxed yet informative, full of banter and wild ideas. My excitement grew at the thought of what fun this would be and how much Id get to learn about the many branches of science and math represented by our growing guest list. Being the host meant I could follow my curiosity wherever it led.

But I also hoped the interviews might go beyond the merely intellectual, to reach for soulfulness and intimacy, to reveal something of a scientists struggles, dreams and setbacks. Such intimacy would tap into the peculiar power of podcasts to be deeply moving far more so than television and print interviews. Its emotionally intense to hear someones own story, in their own voice, piped into your ear.

The hope was that the listener would enjoy feeling like a fly on the wall, eavesdropping on two scientists schmoozing. At the risk of sounding immodest, I think weve achieved that with our first season.

Through this podcast, Ive been learning about the inner lives of some of the most intriguing mathematicians and scientists working today. A few are old friends and colleagues, while others are people Ive still never met in person: Until their voices came through my headset, I knew them only through their research. But in every case, I wanted to know what makes them tick. I wanted to know why they do what they do, what theyve discovered, and why it matters to them and to the world.

Keeping the tone conversational turned out to be a wise choice. It makes for easier listening (and it turns out Im lousy at reading from a script). But the best thing about the cozy atmosphere is that it fosters clearer communication. It allows both me and my guests to admit what we dont know, and in so doing, to learn and be surprised.

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Steven Strogatz Talks Science and Math on the Joy of x Podcast - Quanta Magazine

Middle East Cloud Applications Market Worth $4.5 Billion by 2024 – Exclusive Report by MarketsandMarkets – Yahoo Finance

CHICAGO, Jan. 17, 2020 /PRNewswire/ -- According to a new research report"Middle East Cloud Applications Marketby Application (ERP, CRM, HCM, SCM, and Business Intelligence and Analytics), Organization Size, Vertical (BFSI, Manufacturing, and Telecommunications), and Country - Forecast to 2024", published by MarketsandMarkets, the Middle East Cloud Applications Market is expected to grow from USD 2.0 billion in 2019 to USD 4.5 billion by 2024, at a Compound Annual Growth Rate (CAGR) of 17.5% during the forecast period.

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The growing demand for cloud-based services and advanced technologies, increasing need to engage with customers, and deliver an enriched experience continuously are some of the major factors driving the growth of the Middle East Cloud Applications Market.

Browsein-depth TOC on"Middle East Cloud Applications Market"

38 Tables

28 Figures

110 Pages

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https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=262938413

Among applications, cloud-based CRM applications to grow at a higher rate during the forecast period

Cloud Customer Relationship Management (CRM) enables enterprises to store and utilize customer data at scale to offer better services and manage relationships with customers. Cloud-based CRM is gaining popularity among enterprises due to various benefits it offers, such as easy accessibility, affordability (especially for Small and Medium-sized Enterprises [SMEs]), rapid implementation, easy upgradation, scalability, and integration capability with other data sources. Cloud-based CRM applications centralize the customer database and provide a comprehensive view of all interactions with customers, offer instant access to real-time insights of sales opportunities, and automate task management processes. With ease of use and affordability, it increases customer retention rates making business more successful. Salesforce, Zoho, Oracle, Microsoft, and Oracle are some leading vendors offering cloud CRM.

The retail and consumer goods vertical is one of the fastest-growing verticals in the region

Factors driving the adoption of cloud applications are the rising purchasing power of customers and the need to satisfy customer expectations, which leads to existing customer retention and new customer acquisition. Online retailing and cloud technologies have significantly disrupted the retail and consumer goods vertical leading to the adoption of cloud computing mainly for storage, backup, and security services. Cloud computing services enable retailers to access customer data with just 1 click from any store located anywhere, thus leading to better customer service delivery. For instance, Hallmark Cards is a retail shop with a number of stores worldwide and is known for selling greeting cards and other products. This store is leveraging the private cloud to store its data and manage all operations, such as conducting real-time inventory tracking, enabling employees to focus on delivering enhanced customers experience, and business critical activities.

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Saudi Arabia to have the largest market size during the forecast period

Saudi Arabia is accelerating the adoption of Information Technology (IT) services in recent years. The country's regulatory body, Communications and Information Technology Commission (CITC) has regulated Cloud Computing in Saudi Arabia by publishing the Cloud Computing Regulatory Framework (CCRF) on its website. The CCRF aims to provide clarity and certainty on the rights and obligations of Cloud Service Providers (CSPs) and users of cloud services. This shows the interest of the government to accelerate the adoption of cloud-based services in this country. The key factors driving the adoption of the cloud technology in this country include reduced costs, improved infrastructure efficiency, and enhanced scalability.

Story continues

Market Players:

Major vendors offering Middle East Cloud Applications Market across the globe includes SAP (Germany), Oracle (US), Microsoft (US), Infor (US), Salesforce (US), Sage Group (UK), IBM (US), Epicor (US), 3I Infotech (India), Ramco Systems (India), Prolitus Technologies (India), IFS (Sweden), and QAD (US).

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About MarketsandMarkets

MarketsandMarkets provides quantified B2B research on 30,000 high growth niche opportunities/threats which will impact 70% to 80% of worldwide companies' revenues. Currently servicing 7500 customers worldwide including 80% of global Fortune 1000 companies as clients. Almost 75,000 top officers across eight industries worldwide approach MarketsandMarkets for their painpoints around revenues decisions.

Our 850 fulltime analyst and SMEs at MarketsandMarkets are tracking global high growth markets following the "Growth Engagement Model GEM". The GEM aims at proactive collaboration with the clients to identify new opportunities, identify most important customers, write "Attack, avoid and defend" strategies, identify sources of incremental revenues for both the company and its competitors. MarketsandMarkets now coming up with 1,500 MicroQuadrants (Positioning top players across leaders, emerging companies, innovators, strategic players) annually in high growth emerging segments. MarketsandMarkets is determined to benefit more than 10,000 companies this year for their revenue planning and help them take their innovations/disruptions early to the market by providing them research ahead of the curve.

MarketsandMarkets's flagship competitive intelligence and market research platform, "Knowledge Store" connects over 200,000 markets and entire value chains for deeper understanding of the unmet insights along with market sizing and forecasts of niche markets.

Contact: Mr. Shelly Singh MarketsandMarkets INC. 630 Dundee Road Suite 430 Northbrook, IL 60062 USA: +1-888-600-6441 Email: sales@marketsandmarkets.comVisit Our Website: https://www.marketsandmarkets.comResearch Insights:https://www.marketsandmarkets.com/ResearchInsight/middle-east-cloud-application-market.aspContent Source: https://www.marketsandmarkets.com/PressReleases/middle-east-cloud-application.asp

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Middle East Cloud Applications Market Worth $4.5 Billion by 2024 - Exclusive Report by MarketsandMarkets - Yahoo Finance

Cloud Computing in Education Sector Market 2019 Global Trends, Business Opportunities and Future Scenario Dagoretti News – Dagoretti News

Magnifier Researchhas released a new research study titledCloud Computing in Education SectorMarketassesses the size of the market by evaluating the market in the constrained time period. The report evaluates the major key players revenue, their business summary, product segmentation along with the latest developments in the market. Their competitive landscape has been analyzed on the basis of product profile, introductions, SWOT analysis, and contact information. The application segment defines the uses of the product. The market analysis from 2014-2019 and forecast analysis from 2019-2024 is conducted with the base year as 2019.

Download Free Sample Report @https://www.magnifierresearch.com/report-detail/9018/request-sample

The report is based on comprehensive research done specifically on consumer goods that are bifurcated depending on their use and type. On the basis of application, this report focuses on the status and outlook for major applications/end users, consumption (sales),Cloud Computing in Education Sectormarket share and growth rate for each application. Various dynamics affecting the market including key driving factors, restraints, and threats are further covered in the report. The market dynamics such as drivers, restraints, and opportunities have been presented together with their corresponding impact analysis.

Each player/manufacturer revenue figures, growth rate, and gross profit margin are provided. Leading industry players included in the report are:Amazon Web Services, Microsoft Azure, IBM, Aliyun, Google Cloud Platform, Salesforce, Rackspace, SAP, Oracle, Dell EMC, Adobe Systems, Verizon Cloud, NetApp, Baidu Yun, Tencent Cloud, Blackboard,

The data concerning the market players featured in this report helps the eminent and upcoming players to measure the investment scope within the sectors and sub-sectors of the market.

Geographically themarket report is divided into some major key regions, with sales data, revenue data (Million $$ USD), share data and growth rate of the industry for mentioned regions. ThisCloud Computing in Education Sectormarket report offers examination and growth of the market in these districts covering North America (United States, Canada and Mexico), Europe (Germany, France, UK, Russia and Italy), Asia-Pacific (China, Japan, Korea, India and Southeast Asia), South America (Brazil, Argentina, Colombia), Middle East and Africa (Saudi Arabia, UAE, Egypt, Nigeria and South Africa)

Furthermore, the report covers segment data, including type segment, industry segment, channel segment, etc. different segment market size, both volume, and value. Also, different industries clients information, which is very important for the manufacturers, has also been included in the report.Cloud Computing in Education Sectormarket landscape, current market trends and shifting applications technologies added in this report will be helpful for the businesses that are competing in this market.

Access Full Report with TOC @https://www.magnifierresearch.com/report/global-cloud-computing-in-education-sector-market-2019-9018.html

Why Select This Report:

Customization of the Report:

The report can be customized as per client requirements. For further queries, you can contact us on[emailprotected]or+1-201-465-4211. Our executives will be pleased to understand your requirements and offer you the best-suited reports.

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Cloud Computing in Education Sector Market 2019 Global Trends, Business Opportunities and Future Scenario Dagoretti News - Dagoretti News

XenTegra and CloudJumper Partnering to Innovate With Cloud – AiThority

Microsoft Azure Windows Virtual Desktop Will Be a Primary Focus

XenTegra,an expert provider of integrated digital workspaces and managed services andCloudJumper, experts in cloud computing, and virtualization, are partnering to simplify and innovate cloud solutions. XenTegra is a leader in Microsoft Windows Virtual Desktop deployments and service offerings, and CloudJumper simplifies Microsoft Windows Virtual Desktop (WVD), easing deployments and allowing partners to create unique service offerings and solution stacks. Together, XenTegra and CloudJumper will enable customers to get to Microsoft WVD faster!

XenTegra is excited about this partnership. Microsoft WVD is gaining much traction, but is very complex to set up, configure, and manage, saidPete Downing, CMTO at XenTegra. With CloudJumper, we can help customers get to WVD faster, gaining quicker time-to-value which leads to wider deployments and better cloud administrator experiences. XenTegra offers a managed service around Microsoft, Citrix, and private cloud and CloudJumper is an integral piece.

Read More: Future CEO: Top 6 Skills That You Need In 2020

We are extremely excited to be partnering with XenTegra to simplify deploying and managing Windows Virtual Desktop for customers, said JD Helms, president, CloudJumper. End User Computing and delighting customers is in their DNA and has made XenTegra one of the top partners in the Digital Workspace industry. WVD is changing the game for desktop virtualization; the CloudJumper/XenTegra partnership will help customers realize the benefits of this new platform faster and more cost-effectively.

WVD is a sophisticated collection of Azure services. CloudJumper simply funnels the hundreds of WVD setup options into a few key questions and then orchestrates and deploys a customized environment. With CloudJumper, the customer is just minutes away from deploying thousands of new WVD VMs something that is not available in a native Azure user interface (UI).

Read More: Use Of Technology At Assisted Living Community Is A Game Changer For Residents

TheCloudJumper Cloud Workspace Management Suite (CWMS)is a simple software platform for managing all technology layers of an RDS/WaaS/VDI deployment. The solution is designed to quickly provision and manage cloud workspace solutions using existing infrastructure, hypervisors and other technology investments. CWMS aggregates all the layers of the cloud workspace stack, whether Azure, Google, AWS or private cloud, and delivers a centralized location to oversee, manage and control every aspect of the entire cloud workspace deployment.

Read More: Edge Computing+ AI Confluence: Get Ready to Edgify Your IT and Automation Operations

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XenTegra and CloudJumper Partnering to Innovate With Cloud - AiThority

Xanadu Receives $4.4M Investment to Advance its Photonic Quantum Computing Technology – HPCwire

TORONTO,Jan. 16, 2020 Xanadu, a Canadian quantum hardware and technology company has received a$4.4 millioninvestment from Sustainable Development Technology Canada (SDTC). The investment will expedite the development of Xanadus photonic quantum computers and make them available over the cloud. This project will also further the companys overall progress towards the construction of energy-efficient universal quantum computers.

Canadian cleantech entrepreneurs are tackling problems acrossCanadaand in every sector. I have never been more positive about the future. The quantum hardware technology that Xanadu is building will develop quantum computers with the ability to solve extremely challenging computational problems, completing chemical calculations in minutes which would otherwise require a million CPUs in a data center, saidLeah Lawrence, President and CEO, Sustainable Development Technology Canada.

Despite efforts to improve the power efficiency of traditional computing methods, the rapid growth of data centres and cloud computing presents a major source of new electricity consumption. In comparison to classical computing, quantum computing systems have the benefit of performing certain tasks and algorithms at an unprecedented rate. This will ultimately reduce the requirements for electrical power and the accompanying air and water emissions associated with electricity production.

Xanadu is developing a unique type of quantum computer, based on photonic technology, which is inherently more power-efficient than electronics. Xanadus photonic approach uses laser light to carry information through optical chips, rather than the electrons or ions used by their competitors. By using photonic technology, Xanadus quantum computers will one day have the ability to perform calculations at room temperature, and eliminate the bulky and power-hungry cooling systems required by most other types of quantum computers.

The project will be undertaken by Xanadus team of in-house scientists, with collaboration from theUniversity of Torontoand Swiftride. The project will be carried out over three years and will encompass the development of Xanadus architecture, hardware, software and client interfaces with the overall goal of expediting the development of the companys technology, and demonstrating the practical benefits of quantum computing for users and customers by the end of 2022.

We are thrilled by the recognition and support that we are receiving from SDTC for the development of our technology. We firmly believe that our unique, photonic-based approach to quantum computing will deliver both valuable insights and tangible environmental benefits for our customers and partners, said Christian Weedbrook, CEO of Xanadu.

About Xanadu

Xanadu is a photonic quantum hardware company. We build integrated photonic chips that can be used in quantum computing, communication and sensing systems. The companys mission is to build quantum computers that are useful and available to people everywhere, visit http://www.xanadu.aior follow us on Twitter@XanaduAI.

About SDTC

Sustainable Development Technology Canada (SDTC) is a foundation created by the Government ofCanadato advance clean technology innovation inCanada by funding and supporting small and medium-sized enterprises developing and demonstrating clean technology solutions. Follow Sustainable Development Technology Canada on Twitter: @SDTC

Source: Xanadu

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Xanadu Receives $4.4M Investment to Advance its Photonic Quantum Computing Technology - HPCwire

Cloud computing in retail & consumer goods Market 2020 Global Analysis, Size, Trends and Forecast 2025 by Product, Company, Region and Industry…

Cloud computing comprises an on-demand distribution of database, applications, storage, computing power and supplementary IT essentials through internet with a pay-as-you-go model of pricing. It caters an enterprise by offering access to databases, servers, storage and an array of application services over the Internet. A cloud services providers such as Amazon Web Services own network-connected hardware essential for application services.

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The global market size forcloud computing marketwas USD 11.66 billion in 2018 and is anticipated to rise up during the forecast period. The factor that led to higher adoption of cloud computing is, big data offer customer insights and help retailers offer personalized offering to customers. Cloud services are able to merge the in-store data with the digital data to offer the best solutions to their customers. This enables retailers to have an enterprise-wide supply chain insight or visibility. The technology help retailers own supply chain systems which are capable of effectively handling their business without expedited deliveries, stock-outs or high inventories. In addition to that, cloud helps in capturing digitized documents from suppliers, logistics providers, carriers, brokers, etc. and real-time status of consignments. For instance, Cargill used blockchain technology to trace each and every Thanksgiving turkeys. The technology involved to implement this was deployed on a cloud-based system.

The factors that may hinder the growth of cloud computing in retail and consumer goods is, presence of different tools to create applications for each community cloud application platform. This makes app development difficult that span across numerous cloud providers.

Read more details of Global Computing in Retail and Consumer Goods Market report at:https://www.adroitmarketresearch.com/industry-reports/cloud-computing-market-in-retail-and-consumer-goods

Geographically, the asia-pacific region has earned the highest share in cloud computing market followed by North America and European region. In asia-pacific, factors driving the adoption of cloud computing is rising purchasing power of customers coupled with manufacturers striving on satisfying customer expectations which enable existing customer retention and new customer acquisition.

The key players in global cloud computing in retail and consumer goods are Amazon Web Services, Microsoft, Google Cloud Platform, IBM, Artha Systems LLC, Cloud4Wi, Commercetools, NextOrbit, PlumSlice Labs, retailcloud, Springboard Retail and SPS Commerce. These leading players are part of mergers and acquisitions to remain on competitive advantage of market. For instance, in April 2019, Nestle the food manufacturer had partnered Microsoft with an aim of collaboration towards digitalization of its food business in China region. Similarly, in April 2019, Unilever declared that they are using Google Cloud to create 1 billion one-to-one relationships with its consumers. At present, Unilever is working with Google Cloud, using utilizing a wide range of its AI and analytics tools, mixed with extensive social media and consumer data, to target its consumers when running campaigns.

Segment Overview of Global Cloud Computing in Retail & Consumer Goods Market

Regional Overview, 2015-2025 (USD Billion)

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Cloud computing in retail & consumer goods Market 2020 Global Analysis, Size, Trends and Forecast 2025 by Product, Company, Region and Industry...

Cloud Computing in Education Market Development and Growth Opportunities by Forecast 2025 – BulletintheNews

Global Cloud Computing in Education Market: Snapshot

As the rapidly expanding education sector faces sustainability issues and budget restrictions, cloud computing is increasingly being seen as one approach to relieve these pressures. As capacity requirements of an educational institution begin to fluctuate and as new services and applications become available, the association with cloud allows institutions to meet the needs of their constituents in a cost effective and quick manner. As the trend of the greater usage of mobile computing devices gathers strength, cloud computing becomes a more obvious choice for educational institutions as it provides users the access to storage, applications, and a vast number of other resources from almost any device.

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Moreover, cloud computing provides an economical and highly flexible means to make the limited resources more useful for a larger set of consumers. The rising set of institutional sourcing options makes it necessary for IT leaders to analyze and integrate more providers and options. Cloud computing presents itself as a viable tool in the scenario owing to the several monetary and flexibility benefits it provides.

Real-life classroom experiences show that cloud is a good tool for collaboration and teaching. As the technology is still emerging, it presents the need for implementation of customized and standardized services. Evaluation in the sector could help bring vast changes in the rural education sector, an application area that presents vast untapped opportunities that companies in the cloud computing sector should consider for promising returns. This report analyzes and discusses the present and the prospective future growth opportunities in the field of cloud computing in education.

Global Cloud Computing in Education Market: Overview

The international market for cloud computing in education is envisioned to leverage the booming opportunities originated from the loud acceptance of upgradable cloud services in the education industry. A countable number of educational institutions have given the green light for cloud computing to meet the requirement of streamlining academic procedures such as evaluation, administration, and most importantly, learning. The global cloud computing in education market is prophesied to win lucrative perks from the demand to implement centralized systems for the purpose of effectively managing academic administration processes, thus curbing the burden on the management staff.

The report offered here on the global cloud computing in education market could see a segmentation pattern which introduces classification criteria such as deployment model, service model, and end user.

The global cloud computing in education market report is a crucial guide for businesses wanting to ensure a visible progress in the industry. With customizations procured as per the needs of the interested parties, the publication holds the potential to rightly direct the existing as well as budding players to penetrate the global market.

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Global Cloud Computing in Education Market: Trends and Opportunities

Across the world, the cloud computing in education market is anticipated to gain a strong impetus due to the elevating adoption of the technology in higher education and K-12. For the forecast period, higher education is predicted to mark a larger share in the global market amongst other end users. The domination of this possible end user segment could continue until the end of the forecast period.

Since most end users prefer the services offered by platform as a service (PaaS) providers, this service model market is expected to gain traction over markets in the category. The important change in the cloud ecosystem is principally attributed to the implementation of PaaS. However, software as a service (SaaS) is foreseen to hold a significant percentage of share in the global cloud computing in education market.

Owing to the amplified number of security features offered at a reasonable price, the community cloud as a probable deployment type segment is foretold to grasp a marked share in the world cloud computing in education market.

Global Cloud Computing in Education Market: Regional Outlook

Specifically in the developed countries of Canada and the U.S., the demand for cloud computing in education is prognosticated to move levels higher as they look to ride on the elevating focus on production innovations. Most innovations in this field are judged to receive a strong push from the rigorous research and development activities performed in the cloud computing sector. As a result, North America is expected to leave no doubts in the minds of the research analysts for coming forth as a larger revenue holder in the global cloud computing in education market.

The Asia Pacific market is forecasted to be propelled by the shift toward cloud solutions for sophisticated services such as tracking, sharing, and collaborating sundry variants of a document. Much of this demand is expected to birth from end users such as universities and schools.

There could be a few challenges that the top regions of the cloud computing in education market could face, i.e. rigidly designed cloud-based systems and account management and data protection risks. Nevertheless, such constraints are estimated to lose their effect eventually with the advent of momentous opportunities such as developing potential markets, employment of adaptive cloud services, and application of cloud-based enterprise resource planning (ERP) systems.

Global Cloud Computing in Education Market: Companies Mentioned

Among others, the sovereign brands operating in the worldwide cloud computing in education market could be Ellucian, Amazon Web Services, NetApp Inc., NEC Corporation, Microsoft Corporation, VMware Inc., IBM Corporation, Cisco System Inc., and Adobe System Inc. With the intention of popularizing their offerings at a global platform, the major vendors in the market are envisaged to take advantage of acquisitions and mergers and inauguration of novel products.

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Cloud Computing in Education Market Development and Growth Opportunities by Forecast 2025 - BulletintheNews

Medical Non-Woven Disposables Market Outlook to 2025 – Growing Applications of Nanotechnology in the Production of Non-Woven Disposables Provide Ample…

DUBLIN, Jan. 9, 2020 /PRNewswire/ -- The "Global Medical Non-Woven Disposables Market 2019-2025" report has been added to ResearchAndMarkets.com's offering.

The global medical nonwoven disposables market is projected to grow at a significant growth rate during the forecast period.

This report covers:

The growing inclination towards disposable nonwoven products in hospitals, increasing surgical procedures across the globe, increasing prevalence of hospital-associated infections and growing infectious diseases across the globe are the major factors driving the growth of the market.

The incontinence & hygiene products are widely used due to the increasing adoption of disposable hygiene products by the hospitals and clinics for providing better healthcare facilities Moreover, the growing applications of nanotechnology in the production of nonwoven disposables further provide ample opportunities for the market growth.

Geographically, the global medical nonwoven disposables market is classified into North America, Europe, Asia-Pacific, and the Rest of the World. North America is anticipated to have a significant share in the global market. The factors that are contributing to the growth of the North American medical nonwoven disposables market include the increasing adoption of disposable nonwoven products in hospitals and surgical centers to provide better facilities and the presence of developed healthcare facilities in hospitals and other healthcare organizations.

Moreover, Asia-Pacific is estimated to have considerable market growth in the market. The Asia-Pacific medical nonwoven disposables market is growing due to increasing healthcare expenditure coupled with rising demand for advanced hygiene facilities in hospitals and surgical centers.

The global medical nonwoven disposables market is influenced by product development and advancements conducted by the market players. Some of the key players of the medical nonwoven disposables market include Abena A/S, Berry Global Inc., Cypress Medical Products LLC, Forlong Medical Co., Ltd., Kimberly-Clark Worldwide, Inc., Medline Industries, Inc., MRK Healthcare Pvt. Ltd., Nordson Corp., Pidegree Industrial Co., Ltd., and among others.

These players are playing a significant role in the growth of the medical nonwoven disposables market by providing various products and adopting several strategies such as merger and acquisition, partnerships and collaboration, technological development, and others.

Key Topics Covered

1. Report Summary1.1. Research Methods and Tools1.2. Market Breakdown1.2.1. By Segments1.2.2. By Geography

2. Market Overview and Insights2.1. Scope of the Report2.2. Analyst Insight & Current Market Trends2.2.1. Key Findings2.2.2. Recommendations2.2.3. Conclusion2.3. Rules & Regulations

3. Competitive Landscape3.1. Company Share Analysis3.2. Key Strategy Analysis3.3. Key Company Analysis3.3.1. Overview 3.3.2. Financial Analysis 3.3.3. SWOT Analysis3.3.4. Recent Developments

4. Market Determinants4.1. Motivators4.2. Restraints4.3. Opportunities

5. Market Segmentation5.1. Global Medical Nonwoven Disposables Market by Product5.1.1. Incontinence and hygiene Products 5.1.2. Surgical Products 5.2. Global Medical Nonwoven Disposables Market by End-User5.2.1. Hospitals and Clinics 5.2.2. Ambulatory Surgical Centers5.2.3. Homecare

6. Regional Analysis6.1. North America6.1.1. United States6.1.2. Canada6.2. Europe6.2.1. UK6.2.2. Germany6.2.3. Italy6.2.4. Spain6.2.5. France6.2.6. Rest of Europe 6.3. Asia-Pacific6.3.1. China6.3.2. India6.3.3. Japan6.3.4. Rest of Asia-Pacific 6.4. Rest of the World

7. Company Profiles7.1. AB Kronoby Fatex Oy7.2. Abena A/S7.3. Barnhardt Manufacturing Co.7.4. Berry Global Inc.7.5. Crown Name (WH) United Co. Ltd.7.6. Cypress Medical Products LLC7.7. Domtar Corp. 7.8. First Quality Enterprises, Inc.7.9. Forlong Medical Co. Ltd.7.10. Freudenberg Group7.11. Georgia-Pacific LLC7.12. Hogy Medical Co. Ltd.7.13. Kimberly-Clark Worldwide, Inc.7.14. Medline Industries, Inc. 7.15. Mlnlycke Health Care AB7.16. MRK Healthcare Pvt. Ltd.7.17. Nordson Corp.7.18. Pidegree Industrial Co. Ltd.7.19. Unicharm Corp.7.20. WPT Non-wovens Corp.

For more information about this report visit https://www.researchandmarkets.com/r/6dnu9y

Research and Markets also offers Custom Research services providing focused, comprehensive and tailored research.

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Medical Non-Woven Disposables Market Outlook to 2025 - Growing Applications of Nanotechnology in the Production of Non-Woven Disposables Provide Ample...

Exploring Disruptive Innovations & Trends in the Medical Implants Industry Exploiting Nanotechnology – 2019 – ResearchAndMarkets.com – Business…

DUBLIN--(BUSINESS WIRE)--The "Impact of Nanomaterials on the Performance of Medical Implants" report has been added to ResearchAndMarkets.com's offering.

Medical implants are devices implanted inside a human body to restore body function or monitor and treat chronic conditions. Driven by the rapid advances in the scientific development, rising demand for a high quality of life, and increasing aging population and chronic diseases, the medical implant market is growing consistently.

Medical implants also pose a physical risk on account of implant failure. Failure of implants burden the patients physically, financially, and emotionally. The success rate of the implants can be improved by exploiting nanomaterials and nano topography to modify the surface features, which interact with the surrounding tissue.

This research service (RS) is a study on the impact of the nanomaterials on the performance of the medical implants. Innovations in the surface technology of different medical implants have been detailed. The RS will focus on the drivers and challenges in the industry. Emerging growth opportunities and IP activity in the area of the medical implant industry employing nanotechnology have also been discussed.

Key Topics Covered:

1. Executive Summary

1.1 Scope of Research

1.2 Research Methodology

1.3 Summary of Nanotechnology in Medical Implant Innovation Ecosystem

1.4 Surface Modification with Nanomaterials will Augment the Performance of Medical Implants

2. Technology Snapshot

2.1 Medical Implants Help in Improving the Quality of Life of a Patient

2.2 Medical Implants Can be Categorized According to its Purpose

2.3 Failure of Medical Implants is a Major Concern Among Patients and Physicians

2.4 Role of Nanotechnology on the Success of Implant

2.5 Impact of the Features of Nanotechnology on the Performance of Medical Implants

2.6 Risks Associated with the Use of Nanoparticles in Medical Implants

2.7 Technology Segmentation Based on the Nature of the Nano-feature on the Implant Surface

2.8 Surface Modification Techniques to Introduce Nano-features on the Surface of the Implant

3. Medical Implants - Industry Overview and Trends Assessment

3.1 Rising Demand for Medical Implants with Better Osseointegration

3.2 Use of Nanomaterials Drives the Medical Implant Industry Toward Success

3.3 Impact of Key Market Drivers and Challenges, 2019, Global

3.4 Pace of Market Consolidation is Very High Worldwide

3.5 Recent Key Mergers and Acquisitions in the Medical Implant Industry - Orthopedic Implant Companies in the US and Europe region

3.6 Recent Key Mergers and Acquisitions in the Medical Implant Industry - Orthopedic Implant Companies in the US

3.7 Recent Key Mergers and Acquisitions in the Medical Implant Industry - Dental Implant Companies

3.8 Geographical Distribution of the Key Participants in the Implant Industry Exploiting Nanotechnology

4. Technology Profiles

4.1.1 Non-drug Eluting Nano coated Stent

4.2 Technology Segment - Nanoparticles

4.2.1 Nano-thin Surface Coating of Hydroxyapatite on Implants

4.2.2 Phosphorous-rich Coating of Dental and Orthopedic Implants

4.2.3 Nano-scale Topography for Faster Bone Healing

4.3 Technology Segment - Nanotopography

4.3.1 Anodized Nanostructured Surface for Tissue Integration

4.3.2 Nanostructures Augment Fibrin Network Formation and Mineralization

4.3.3 Hybrid Surface with Nano-scale Features for Aesthetic Outcome

4.3.4 Breast Implant with Nanotextured Surface

4.3.5 Nano-porous Synthetic

4.4 Technology Segment - Nanostructures

4.4.1 Nanotubes for Better Bone ell Attachment

5. Growth Opportunities in the Medical Implant Industry

5.1 Need for Technology Innovations and Commercial Implants in Low and Middle-Income Countries

5.2 Need to Employ Nanotechnology in more Medical Implants to Improve Performance

5.3 Key Conclusions and Strategic Recommendations

6. Intellectual Property Landscape of Medical Implants Employing Nanotechnology

6.1 IP Activity Indicates the Growing Interest of the Medical Implant Industry in Nanotechnology

6.2 Key Patents to Check

7. Key Industry Participants

7.1 Database of Key Industry Participants

7.2 Legal Disclaimer

For more information about this report visit https://www.researchandmarkets.com/r/9uydf5

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2019 Study on the Disruptive Innovations in Biosurfactants | Technology Snapshot & Benchmarking, Trends Analysis, Application Landscape – Yahoo…

DUBLIN, Jan. 15, 2020 /PRNewswire/ -- The "Disruptive Innovations in Biosurfactants" report has been added to ResearchAndMarkets.com's offering.

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Biosurfactants are becoming an attractive alternative for conventional surfactants. This transition is gaining importance as product developmental efforts in application areas such as cosmetics, personal care, and agriculture have already received satisfying results after shifting toward non-crude-based surfactants.

There is also a significant push toward adoption of eco-friendly alternatives across the globe owing to rapid changes in regulations around material use that is aiding the R&D efforts towards biosurfactants.

Disruptive Innovations in Biosurfactants provides an understanding of various types of forms of biosurfactants based on feedstocks such as oil seed-based, cereals, insects, algae, and lignocellulose.

The research service describes the technology capabilities, manufacturing processes, and future prospects in the development of biosurfactants. Additionally, it also captures the various factors that influence adoption and application prospects in various industries.

The service also highlights the disruptive innovations that will enable the use of biosurfactants to meet the needs of various applications.

Key Topics Covered

1. Executive Summary1.1 Research Scope1.2 Research Methodology1.3 Key Findings1.4 Factors Influencing the Adoption of Biosurfactants

2. Technology Snapshot2.1 Biosurfactants Are More Desirable Forms of Surfactants than Conventional Surfactants2.2 Biorefining is the Most Widely Used Manufacturing Method for Biosurfactants2.3 Biomass Derived from Cereals are the Most Widely Adopted Feedstock for Biosurfactants2.4 Oilseed is One of the Conventional Feestocks Used for Manufacturing Biosurfactants2.5 Lignocellulose is One of the Key Emerging Feedstock Types2.6 Insects are Being Investigated as a Potential Feedstock for Biosurfactants2.7 Algae is Being Considered for Microbial Synthesis of Biosurfactants2.8 Adoption of Biosurfactants is Enhanced by their Biodegradability Characteristics2.9 Sourcing of Raw Materials for Biosurfactants is Cost-effective Compared to Synthetic Surfactants2.10 European Region has the Highest Adoption Potential Owing to Stringent Regulations

3. Trend Analysis3.1 R&D Activity Around Nanotechnology-based Biosurfactants is Increasing Significantly3.2 Patenting Trends are Driven By the increasing Demand for Biosurfactants in Consumer Products Segment3.3 Key Industrial Innovations3.4 Microbial Culturing of Biosurfactants is Gaining Adoption in the European Region3.5 European Region has the Highest Funding Activity Owing to Significant Biorefinery Expansion

4. Application Landscape4.1 Key Application Areas for Biosurfactants4.2 Regulations Play a Critical Role for the Adoption of Biosurfactants in the Cosmetics Sector4.3 Biosurfactants will Play a Major Role in Enhanced Oil Recovery Applications4.4 Biodegradability of Biosurfactant has Improved Adoption Potential in Industrial Cleaning Sector4.5 Biosurfactants will Significantly Improve the Bioavailability of Plant Nutrients4.6 Adoption of Biosurfactants can Significantly Reduce the Need for Synthetics in Personal Care Formulations

5. Technology Benchmarking5.1 Benchmarking Rubrics5.2 Cosmetics Sector is Observed to have the Highest Application Potential5.3 Cosmetics Sector is Observed to have a High Adoption Potential Owing to Increasing Focus on Sustainable Products

6. Key Contacts

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2019 Study on the Disruptive Innovations in Biosurfactants | Technology Snapshot & Benchmarking, Trends Analysis, Application Landscape - Yahoo...