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Nord Stream 2 is key in energy chess game between Russia and the West – TRT World

Germanys decision to suspend the new pipeline was meant to send a message to Russia to prevent it from weaponising gas.

German Chancellor Olaf Scholz announced on Tuesday that Germany would suspend the certification process for the Nord Stream 2 gas pipeline following Russian President Vladimir Putins decision to recognise the two Russia-backed separatist-held regions of Donetsk and Luhansk as independent states. It was shortly followed by a decision to send Russian troops to the two regions on peacekeeping duties, marking a decisive escalation in the conflict between the West and Russia over Ukraine.

A halt to the undersea natural gas pipeline built to bring Russian gas to Europe directly via Germanys Baltic coast is likely to be among the most significant of the sanctions Europe, the US and the United Kingdom are expected to impose on Russia after Putins one-hour televised speech on Monday evening.

Several observers had warned there was a risk that the pipeline, which is complete but not yet in operation, could become a major source of leverage for Russia over Europe. The continent already relies on Russia for more than 40 percent of its gas supply.

The 1,230-kilometre pipeline worth $11 billion had been filled with gas, and was waiting for a final go-ahead by Germany and the European Commission. Its majority shareholder is a subsidiary of the Russian state-owned gas company, Gazprom which makes a large contribution to the Russian states coffers.

Ukraine had been worried the German pipeline could put the country in a vulnerable position by allowing Russian gas to bypass it by doubling the capacity of the existing Nord Stream I. Currently, Ukraine and Poland earn a gas transit fee on supplies to Europe.

It was somewhat unexpected that Germany would be the first one [to impose] pretty serious sanctions, Peter Zalmayev, the executive director of the Eurasian Democracy Initiative (EDI) tells TRT World. The Germans had been considered a weak link in the western resolve to respond to Vladimir Putin. Up until now, Scholz had been reluctant to even mention Nord Stream 2 by name, he adds.

Nord Stream 2 had been approved under Merkel, when current Chancellor Olaf Scholz was finance minister.

Scholz said the move was aimed at sending a clear signal to Moscow that such actions wont remain without consequences.

Ukrainians had been calling for tougher sanctions on Russia to deter an invasion. Since Putins decision, both the EU and the US have unveiled further sanctions targeting Russian oligarchs and financial institutions.

Gas as a weapon

In July last year, a joint statement by the US and Germany promised a coordinated response to any Russian efforts to use energy as a weapon.

Analysts have argued the pipeline made the EU look divided, with its members in pursuit of their own narrow interests, while simultaneously creating friction in the Transatlantic alliance.

Nord Stream 2 has to be assessed in light of the security of energy supply for the whole European Union, said European Commission president Ursula Von Der Leyen after the EU unveiled its sanctions on Tuesday.

This crisis shows us that we are still too dependent on Russian gas.

Oil and gas prices have been rising amid the escalation of the crisis in Ukraine.

Brent crude prices surged to $99.50 early on Tuesday, while the European benchmark gas price, currently the Dutch March contract, was up 10 percent to 79.28 euros per megawatt hour (MWh).

Russias deputy chair of the Security Council Dmitry Medvedev warned later in the day that gas prices would rise further as a result of Germanys decision.

"Welcome to the brave new world where Europeans are very soon going to pay 2.000 for 1.000 cubic meters of natural gas!" Medvedev said in a tweet.

A spike in gas prices due to shortages this winter forced consumers and governments all over Europe to foot higher energy bills. Many analysts saw the crisis as manufactured by Russia, which fulfilled long-term contracts with European customers, but failed to fill its underground storage in the continent.

The EU, which is transitioning away from decommissioned coal to clean energy like solar and wind, is now relying on gas for its green transition to clean energy such as solar and wind. Environmentalists say that gas, a fossil fuel, is part of the problem rather than part of the solution to climate change.

While the continent relies on Russian gas for its energy transition, the opposite is also true and Russia relies on Europe as a key market.

Russia has already been bleeding some funds, Zalmayev says, Putin is banking on increasing pressure against western governments from consumers. He is betting that Russians have a thicker skin.

Source: TRT World

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IonQ claims achievement in quantum computing utility benchmark – FierceElectronics

  1. IonQ claims achievement in quantum computing utility benchmark  FierceElectronics
  2. Super.tech Secures $1.65M Grant and Launches New Benchmarking Suite for Quantum Computers - Polsky Center for Entrepreneurship and Innovation  Polsky Center for Entrepreneurship and Innovation
  3. IonQ Aria Furthers Lead As World's Most Powerful Quantum Computer  Business Wire
  4. Chicago quantum startup Super.tech lands $1.7M from the Department of Energy  Chicago Business Journal
  5. Two New Quantum Benchmarking Suites Announced by IonQ and Super.Tech  Quantum Computing Report
  6. View Full Coverage on Google News

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Is our universe a holographic projection? Scientists are using black holes and quantum computing to find out. – Space.com

What happens inside a black hole and how does whatever goes on inside relate to the universe outside it? It's a mystery that has evaded scientists for decades. It's also a mystery that could also redefine how we think about the nature of the universe.

In a paper published in the journal PRX Quantum on Feb. 10, physicists applied quantum computers and machine learning the computational technology that powers facial recognition software and natural language processing to test a possible connection.

Black holes play by Einstein's theory of general relativity, which governs the universe on large scales. Tiny particles outside of black holes play by the rules of the Standard Model of particle physics, which outlines the universe at the absolute tiniest scales.

Related: 8 ways we know that black holes really do exist

There's little overlap and a lot of disagreement between the two systems. "Connecting the two different theories is a longstanding issue in physics something people have been trying to do since the last century," Enrico Rinaldi, a physicist at the University of Michigan and RIKEN in Japan, and first author of the paper, said in a statement.

One hypothesis that might connect the two theories is an idea that the motions of particles in a two-dimensional plane above the black hole reflect the three-dimensional motions of the black hole, almost like a holographic projection. It's a concept called holographic duality.

That's the concept researchers are hoping to test. First, use a quantum computer to simulate particles that represent a projection of a black hole, then use machine learning to analyze how the particles interact with each other. The researchers hope the process will offer them insight into how both the particles and the black hole work.

"We hope that by understanding the properties of this particle theory through the numerical experiments, we understand something about gravity," Rinaldi said in the statement.

That's important, because holographic duality could go beyond three dimensions. Some scientists even suggest that the universe could be a projection of something with even more dimensions.

That sounds difficult, but this method could be the path to learning more.

Follow us on Twitter @Spacedotcom or on Facebook.

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Are fault-tolerant quantum computers on the horizon? – Nanowerk

Feb 23, 2022(Nanowerk News) Its been hypothesized that quantum computing will one day revolutionize information processing across a range of military and civilian applications from artificial intelligence, to supply chain optimization, to pharmaceuticals discovery, to cryptography.Prevailing predictions are that it will be decades before fully fault-tolerant quantum computers capable of solving important problems are available. As various quantum computing research and development efforts advance globally, however, DARPA wants to rigorously assess any quantum research claims that a useful fault-tolerant quantum computer could be built much sooner.DARPA announced the Underexplored Systems for Utility-Scale Quantum Computing (US2QC) program. US2QC aims to determine if an underexplored approach to quantum computing is capable of achieving utility-scale operation much faster than conventional predictions.DARPAs mission is to create and prevent strategic surprise, said Joe Altepeter, US2QC program manager in DARPAs Defense Sciences Office. If theres an underexplored area of quantum computing showing promise for a faster breakthrough than we previously expected, we want to explore it immediately and thoroughly verify and validate the approachs viability.An existing DARPA program, Quantum Benchmarking, is developing quantitative benchmarks on the software side to thoroughly assess potential applications where quantum computers could provide a meaningful improvement over classical computers for important problems. US2QC is a complementary hardware effort focused on verifying and validating system, component, and sub-system designs for a proposed fault-tolerant quantum computer.If a company or an organization thinks they can make a truly useful, really big, fault-tolerant quantum computer, we want to have a conversation with them, Altepeter said. We would like them to show us exactly why theyre convinced their machine is going to be revolutionary in the near future, and we want to work collaboratively with them, pay for additional experts to embed with their team, and help advance bold concepts that withstand rigorous testing.Because innovative approaches to building a quantum computer are extremely varied, US2QC is structured for maximum flexibility and will exclusively use tailorable Other Transaction agreements to fund proposals. The only common foundation for all proposals is Phase 0, in which proposers will quantitatively describe a complete utility-scale concept, including all components and sub-systems, projected performance capabilities against a variety of metrics, and anticipated technical risks and mitigation strategies.Theres no one verification and validation program that fits all the different quantum computing approaches out there, Altepeter said. That means we dont know what follow-on phases will look like or how long theyll be. Identifying key milestones will be unique for each project depending on how the Phase 0 validation and verification goes. If the proposed concept proves to be sound, Phase 0 could be very short. As teams meet follow-on phase milestones unique to their approach, well keep scaling the effort up.A program solicitation with all details for proposing to US2QC is available here.

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Quantum circuits automation gains attention and funding – VentureBeat

Join today's leading executives online at the Data Summit on March 9th. Register here.

Twenty years ago, quantum computing was predicted to be the next big thing in IT. Although its not as widespread yet as was predicted, billions of dollars are invested in quantum computings potential each year.

Quantum computingapplies the principles of quantum mechanics to perform calculations. It uses subatomic quantum bits called qubits that can have both of the digital 1 and 0 values at the same time. The use of these particles that can exist in multiple states allows for computing to be done much faster, using far less energy than conventional computers.

For example, NASA scientists and Google created a quantum computer in 2016 that was a shocking 100 million times faster than a conventional computer.

While the hardware development for building the ultra-fast quantum computers is led by the traditional technology giants (IBM, Quantum Computing, Google, Xanadu, Microsoft, D-Wave Systems), other companies are focused on developing the software to run on them. Customers at this time for this type of extreme computing power are mainly governments and research centers, but many in the industry are banking that the genre will ultimately find a comfortable place among mainstream users in the future.

One of those startups already attracting attention is Classiq, provider of a platform for quantum algorithm design that automates the creation of quantum circuits. The company last week announced that it raised $33 million in a series B round, bringing the companys total funding to $48 million. The company reports that the funding will be put toward further development of its algorithm design platform, which may be the closest thing yet to no/low-code development for quantum computing if such a thing were possible.

In November, Classiq released new capabilities for its circuit-design product. These new capabilities enable users to extend platform capabilities with unique intellectual property and custom functional templates, and integrate those with a set of other ready-to-use functionalities. The company claims that users of this platform and its latest features can complete quantum computing projects more quickly and develop and package unique quantum IP for future use.

Cofounder and head of algorithms at Classiq, Amir Naveh, demonstrated in a YouTube video why its difficult to build quantum circuits with current tools and also how quantum application development can help solve real-world problems. Some quantum applications expected to be coming online in the future include new drug discovery, advanced genomics, problem-solving in the financial world, and environmental research projects.

Writing quantum software is hard, but weve made it far easier to design, debug and maintain sophisticated circuits, Classiq cofounder and CEO Nir Minerbi said in a media advisory. We are proud to showcase the results of our teams years of work that led to this breakthrough, allowing companies to design circuits that were previously impossible to create.

Rather than expressing quantum circuits using a series of gate-level or building-block connections, algorithm designers skip that whole step and use the Classiq platform to write functional models, similar to the successful approach used today in designing sophisticated computer chips. The Classiq Quantum Algorithm Design platform then examines the enormous implementation space to find an outcome that fits resource considerations, designer-supplied constraints, and the target hardware platform, Minerbi said.

The new software release makes it easy for users to add their own enterprise functionality on top of Classiqs extensive set of existing functional models, while simultaneously using the circuit synthesis and optimization capabilities of the Classiq platform. So,instead of writing programs from scratch, Classiq users can now use functional models and knowledge bases created by internal domain experts, external providers, or Classiq itself, Minerbi said.

Unheard of in quantum circles until late, third-parties can create add-on packages for the Classiq platform and use them to market their own quantum expertise. This functionality could also give rise to a public repository to enable functional model sharing, the company said.

Classiq is positioned to deliver these capabilities due to its growing patent portfolio and the quantum know-how of the Classiq team, bringing together world-renowned experts in quantum information science, computer-aided design, and software engineering.

New investors in the company include, the Hewlett Packard Pathfinder, the venture capital program of Hewlett Packard Enterprise (HPE), Phoenix Spike Ventures, and Samsung NEXT.

We were impressed by Classiqs novel synthesis engine that automates the creation of quantum circuits and leads to significantly lower barriers of entry for quantum computing, said Paul Glaser, corporate vice president atHPE and global head of Pathfinder.This funding round also included personal investments from Lip-Bu Tan and Harvey Jones, joining other existing investment firms Wing VC, Team8, Entre Capital, Sumitomo Corp. (through IN Venture), and OurCrowd.

VentureBeat's mission is to be a digital town square for technical decision-makers to gain knowledge about transformative enterprise technology and transact. Learn More

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Quantum Computing and Its Growing Presence at Duke – Get to Know Crystal Noel – Government Relations – Duke Today

Quantum computing enables researchers to solve problems that were previously impossible to solve, and its use is on the rise. In 2022, Crystal Noel joined Duke University as an assistant professor of electrical and computer engineering and physics. Noel brought her expertise as well as the Error-corrected Universal Reconfigurable Ion-trap Quantum Archetype (EURIQA), an advanced quantum computer system funded by the Intelligence Advanced Research Projects Agency (IARPA), along with her to the Duke Quantum Center.

The EURIQA system is currently the only one of its kind. It is the most powerful academic quantum computer available. This system could not have been built on this scale without the sustained commitment from IARPA. Crystal Noel

Collectively, members of the Duke Quantum Center have brought in over $170 million in funding and performed over $100 million in government contracts since 2007. Noel specializes in quantum error correction, adding to the Duke Quantum Centers rapidly growing knowledge base.

Drawing on her research, Noel answered several questions regarding her experiences in quantum computing, the value of federal funding, and provided advice for students interested in studying quantum computing:

My initial inspiration to study quantum computing came from my background in both computer science and physics. I enjoy the applications and utility of computer science, but physics captured my imagination. Quantum computing combines the two topics into a field of its own.

A common misunderstanding about quantum computing is that the power comes from creating superpositions of states, thereby allowing parallel processing of a problem on all possible inputs at once. While this property is important, it is not enough. When a quantum system is measured, it collapses onto a single state, making it impossible to get all the answers from all the inputs in one measurement. The real promise of the power of quantum computing comes from quantum interference and entanglement, which are quantum properties that are much harder to grasp. Even Einstein called entanglement spooky action at a distance.

The EURIQA system is currently the only one of its kind. It is the most powerful academic quantum computer available. This system could not have been built on this scale without the sustained commitment from IARPA, as well as the ambitious goals of the IARPA LogiQ program to push towards an extremely capable device.

One thing that I have really enjoyed about working on the EURIQA system is collaborating closely with theorists to bring their ideas to reality. I am looking forward to the development of the Duke Quantum Center into a user facility with multiple systems running a diverse array of applications. I hope that we have theorists visiting from all over the world to work with us to study problems in physics, chemistry, or even biology.

There are many ways to contribute to the quantum community science writing, software development, electrical engineering, mechanical engineering, quantum physics, algorithms, and more. With the industry and research growing so fast, there is a need for all types of folks to jump in and keep quantum moving. Try to read about the current research and find what problems you find exciting to tackle. Its an exciting time for quantum, so come and join us!

By Deven Stewart, 2/16/22

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TechopiaLive: Quantropi: Working to counteract the quantum threat – Ottawa Business Journal

Once in a generation, there's a technology change that changes society. One looming technology is called quantum computing. It's something that's so massively powerful that it will completely change today's traditional computing. In this episode of Techopia Live, OBJ talks to an Ottawa founder who is looking to counteract the downside of quantum. This is a regular podcast from OBJ that features next-generation executives from the local technology industry in the National Capital Region and shines a spotlight on the up-and-comers. Techopia also keeps viewers updated on established players in the tech sector, all with a goal of creating and bonding the tech sector, keeping them informed and connected. On this episode, OBJ publisher Michael Curran explores a concept that can be hard to grasp and that makes him think of Star Trek quantum computing. But, there are key players in Ottawas tech industry working on quantum computing. And, more specifically, they're working on how to counter something called the quantum threat. This is an edited transcript of the conversation with co-founder and CEO of Quantropi, James Nguyen.

OBJ: I think we need to delve into this problem, you know, you explain it as the quantum threat. And just as we experienced kind of a Y2K, you are suggesting there could be a Y2Q and Q stands for quantum. What is this quantum threat?

JN: The consensus is it's going to happen in as near as two years. The whole digital economy operates on the internet. The internet relies on two pillars, trust and truth, to be able to continue because without trust you have no business. We're here to protect that as a company. Classical computers operate in binary numbers, but quantum computers work with qubits based on quantum mechanics and they're able to do certain calculations faster and better than classical computers. I like to use the example of looking for Waldo. He walks into a hotel with 10,000 rooms and a classical computer would have to check each room at a time. That takes a long time. A quantum computer would check all rooms simultaneously and find Waldo right away. That just gives you an example. So we're looking for cures to cancer and diseases. At the molecular level, it gets very, very complex, so complex that classical computers haven't been able to find these cures. We believe quantum computers will. But that same power that's going to cure cancer is also going to break today's encryption, break that trust and manipulate the truth. So it was founded to preserve trust and truth not only today, but forever. It protects you forever because it's derived from quantum mechanics.

OBJ: So I like that last part because I think you're helping us wrap our heads around this concept. So, its that they're so powerful, they're just going to break traditional computer security, cyber security, digital security. And you've developed a solution to this. Tell us a little bit before we get into the solution though, about your company. When was it founded? How many people are working for you? Tell us about Quantropi.

JN: Well, I won't take any of the credit around the invention. It was invented by my co-founder, Dr. Randy Kuang, who's a quantum physicist who was working for a couple of decades at Nortel Networks of both Northern Research in the Advanced Technologies Division. He's also a cybersecurity expert and holds one of the first patents to two-factor authentication. He actually has been in the auto tech scene before with a company that he co-founded, InBay Technologies. Dr. Randy Kuang is a very unique individual, a genius that I've never seen before. So when he entrusted me with his invention to help him bring it to market and scale it, I went all in with this opportunity. Since then, we've added over 50 investors to the table and we've also done a reverse brain drain. We brought in a chief technology officer from Napa, California, and he was gracious enough to come here in the middle of winter. He was the co-founder and managing director of Accenture Ventures. We've also brought in Randy's previous boss, Marco Pagani, who was the previous president of Nortel Networks' optical networks. Marco has been a mentor to me, helping us really build a global company based on his experience. And, of course, we brought many other individuals to the table in all types of roles. We are at a headcount of close to 25 now, we're growing fast, we've successfully raised over $7 million in seed financing now and over $1.4 million in other funding. And we're about to raise another very big round that will close this year.

OBJ: I'd love for our viewers and listeners to get to know you a little bit better. So you and I know each other from the Forty Under 40, you were a recipient in 2021, but give us the bio facts on James.

JN: Well, my life is not that exciting. I'll use this opportunity to recognize a few people that have had a big impact on my life, such as Marco Pagani. I like to say that, in Ottawa, entrepreneurs breed entrepreneurs. I wouldn't have this opportunity if it wasn't for another mentor of mine, but also an investor, Jeffrey York. He's been a great sounding board for me and he's been supporting me. I jumped with him into a kind of new material science and some mining and graphene and since then I really became an entrepreneur. I always thought of myself as a corporate person, but he really opened that gate for me.

OBJ: You caught the entrepreneurial bug James, and now you're ruined for life. So James, we talked about quantum threat, we talked about Quantropi, let's dig into the weeds here and get to know how the heck are you going to protect people against this quantum threat? What's the solution?

JN: Our solution, you know, is, of course, a new approach, a new solution. There are two solutions right now in the market: we have a kind of quantum key distribution that focuses on their photonic QKT, and we also have post-quantum cryptography, which focuses on stronger encryption or basically external math problems. But each one of those have limitations, either cost, a lot of sight distance limitations, or too high latency, whatever it may be. That's what really pushed my co-founder, Dr. Randy Kuang. He actually came from QKT at Nortel to come up with a better solution and he has. We also continue to innovate and came up with a platform that we call Keyspace. Keyspace takes all the advantages of those two other approaches, minus all the disadvantages plus more. We created a B2B SaaS platform where the software and keyspace operates kind of like a Microsoft Office 365; we have three of our flagship products under there, kind of like a Microsoft Word, PowerPoint and Excel, but we call them secure keep in masse, like security communication channel with certain security key struggle to keep from entropy. It will keep your data secure forever with laws using our key symmetric encryption and you have asymmetric encryption mass, we're seeing your master identity towards criminals. So this platform has enabled a whole new ecosystem of quantum secure applications using quantum algorithms that were not possible for the other two approaches. We have on board a few customers, already early adopters, and we're looking to add more of those this year and then really scale out these customers over the next few years.

OBJ: What makes you so confident that Quantropi has the solution to this? You know, there must be other competitors out there and other solutions? What makes yours likely the right product?

JN: Our product is very elegant. When you're going to be asking organizations to shift to new security fundamentals, they really have to look at these three criteria to really provide a whole solution. Because you need to get the trust with who you're doing business with, you need to be able to leverage lots of uncertainty, encrypted data forever. No other company out there that I know of, or that we know of, is offering all of those things. We're not saying that there never will be anything better. But we're always very ready to make sure that if there is, that's okay. So our platform was made as an easy management tool for organizations to quickly upgrade, but also we will work with the other top algorithms for symmetric or asymmetric encryption, or other entropy sources. The purpose of creating this platform was to protect the world as soon as possible and protect our digital economy so that we can continue to evolve and continue to do business and preserve the mobile operations so that we don't have to be living in fear. I think the whole world has been living in fear for the past few years for other reasons that we want to prevent another epidemic, which we think will be a cyber one.

OBJ: Wow, that gives us a lot to think about and certainly sounds like a promising company. As we wrap up here, James, we're early into 2022. I think you've got some big things coming this year. Give us a sense of what's ahead in 2022 for Quantropi?

JN: First things first, we have got to go out there to close financing that we've been working on. We're actually engaged with institutional investors hoping to close that sometime soon. And basically outside of that, of course, we're going to be hiring, creating jobs, making Ottawa the best tech scene ever. And, of course, weve got to start targeting kind of different markets, geography markets, as well as sectors.

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Giants on the atomic landscape – Open Access Government

Interest in such atoms is exploding, fuelled by their unique properties and many potential applications in critical technologies.

Giant atoms in which one electron is placed in a highly-excited state are termed Rydberg atoms, after the Swedish spectroscopist J. R. Rydberg who first characterized their properties. Such exotic atoms possess properties quite unlike those normally expected of atoms. They are physically very large and because of this are particularly sensitive to their environment, interacting very strongly with external electric and magnetic fields, and with other Rydberg atoms.

Their strong perturbation by external fields is leading to their exploitation as extremely sensitive electric field sensors over much of the electromagnetic spectrum extending from radio frequencies into the infrared, with applications in communications and radar. Their strong interactions are being harnessed to create quantum gates, or qbits, with potential for use in future quantum computers. Ordered arrays of Rydberg atoms have been generated to mimic the behaviour of solid materials and explore the novel collective phenomena that emerge from atom-atom interactions within these materials, such as superconductivity and magnetism, behaviour that cannot be simulated even on a modern computer.

Rydberg atom arrays can be engineered with novel geometries and controlled defects and provide a powerful new window into the design and fabrication of novel designer materials.

Once only considered a scientific curiosity, current research shows that, despite their large physical size, Rydberg atoms can provide critical new insights into the microscopic quantum world. They can be used in many important areas of technology including sensing, quantum simulation, and quantum computing, as well as in the design of new materials with enhanced electronic, magnetic, optical, and thermal properties.

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Cloud computing market to hit $1.95 trillion by 2032 – IT PRO

The global cloud computing market is projected to reach a valuation of $1.95 trillion by 2032, according to a new report from market intelligence firm Fact.MR.

A compound annual growth rate (CAGR) of 15% is anticipated for the market between 2022 and 2032, owing to the rapid digitization of workplaces and the increasing demand for software as a service (SaaS) applications.

Commenting on the 12% CAGR of cloud-based services from 2015 to 2021, Fact.MR said the COVID-19 pandemic spurred the adoption of cloud computing, as enterprises enforced widespreadwork from home policies.

With the proliferation of infrastructure as a service (IaaS), platform as a service (PaaS), and SaaS-based solutions, the market for cloud computing has grown significantly. Adobe, Alibaba Group, and Amazon are among the top market players.

Accordingly, cloud computing solutions in North America are expected to account for 40% of the global revenue in 2022. The region is dominated by global technology giants like Microsoft, Oracle, and Amazon, who have been early adopters of cloud technology, including big data analytics, Internet of Things (IoT), additive manufacturing, artificial intelligence (AI), virtual reality (VR), augmented reality (AR), and machine learning, all of which have vastly impacted the market.

With a CAGR of 18%, the APAC market is forecast to grow the fastest during the forecast period. Emerging economies such as India and China are likely to contribute to the growth in the region.

For instance, Alibaba Group's fast-paced expansion and Make in India initiatives have been notable factors facilitating market size growth in the APAC region. A number of cloud computing service providers, including Amazon, Microsoft, and Google LLP, have also initiated plans to strengthen their presence in Thai and Indonesian markets.

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This Cloud Computing Bear ETF Is up Over 40% – ETF Trends

Cloud computing was one of the darlings during the height of the pandemic in 2020. The air may finally be coming out of that balloon, highlighted by the weakness in this tech sub-sector as of late.

The ISE CTA Cloud Computing Index is down 17% in 2022 after rising 10% in 2021. The index started to falter around mid-November and subsequently fell 11% through the end of the year.

Bearish traders who were able to profit from that move were rewarded nicely. CLDS rose over 30% following the sectors weakness.

As mentioned, cloud computing saw its strength multiply amid the start of the pandemic. Social distancing measures forced a heavier reliance on the internet, allowing companies to make the move to more online services.

As such, cloud computing saw its subsequent rise, as evident in the same ISE CTA Cloud Computing Index. The index rose 26% between April 1, 2020, through the middle of November 2021.

Its difficult to fathom that this trend, or any trend, will persist. Cloud computing is still a prime growth option that many companies have still yet to capitalize on with respect to their core business operations.

In a world where adapt or die is even more relevant than ever with respect to technology, cloud computing should also prosper. However, until it starts showing signs of a comeback, bearish traders can play into the weakness.

^ISECTACC data by YCharts

As bearishness permeates in the cloud computing space, one way to capture the downtrend and profit is the Daily Cloud Computing Bull and Bear 2X Shares ETFs (CLDS). The bearish sentiment in the industry is readily apparent, given that the fund is up about 45% on the year.

The fund seeks to achieve 200%, or 200% of the inverse, of the daily performance of the IndxxUSACloud Computing Index. The index includes domestic companies that deliver cloud computing infrastructure.

CLDS data by YCharts

For more news, information, and strategy, visit theLeveraged & Inverse ETF Channel.

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