Category Archives: Quantum Computing
China beats US in key patents to secure technological dominance – The News International
China beats US in key patents to secure technological dominance
TOKYO: Chinese companies have outpaced their US rivals in the tech patents race, filing more applications in 9 of 10 categories, including artificial intelligence and blockchain, a recent Nikkei study shows.
China became the leader in 2017, accounting for 49 percent of total applications. Apart from AI and blockchain, it enjoyed advantages in patent applications for drones, cyber security, virtual reality, autonomous driving, lithium-ion batteries, and regenerative medicine, reported foreign media on Sunday.
The only sphere in which China is still trying to catch up to the US is the strategically important quantum computing. However, the report analyzed patents filed from 2000 to 2017, and China has already launched what it calls a megaproject for quantum research, aiming to achieve significant breakthroughs by 2030.
The driving force behind Chinas push for global hegemony in advanced technology are four companies known as BATH Baidu, Alibaba Group, Tencent, and Huawei. Chinese tech major Huawei has been targeted and banned by the US, which is pushing its allies to ban the firm over spying allegations.
The report says US companies still dominate in terms of quality among the 100 innovators that made it into the top 10 of all categories, 64 are American and only one is Chinese. However, the situation could change dramatically over the next decade. China has the worlds second-largest science and technology budget, amounting to $460 billion in 2017. If it continues to boost expenditures at the same pace, it could eventually dethrone the US, which poured more than $500 billion into the field in 2017, according to the study.
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China beats US in key patents to secure technological dominance - The News International
Quantum Computing Market 2019 Analysis by Key Players, Share, Trend, Segmentation and Forecast to 2026 – Instant Tech News
Verified Market Research recently added a research report titled, Quantum Computing Market Size and Forecast to 2026. The research report represents the potential growth opportunities that prevail within the global market. The report is analyzed on the idea of secondary research methodologies acquired from historic and forecast data. The Quantum Computing market is expected to grow substantially and thrive in terms of volume and value during the forecast period. The report will provide an insight into the growth opportunities and restraints that construct the market. Readers can gain meaningful comprehension about the future of the market.
Global Quantum Computing Market was valued at USD 89.35 million in 2016 and is projected to reach USD 948.82 million by 2025, growing at a CAGR of 30.02% from 2017 to 2025.
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Top 10 Companies in the Quantum Computing Market Research Report:
QC Ware Corp., D-Wave Systems, Cambridge Quantum Computing, IBM Corporation, Magiq Technologies, Qxbranch, Research at Google Google, Rigetti Computing, Station Q Microsoft Corporation, 1qb Information Technologies
Competitive Landscape
The insightful research report on the Quantum Computing market includes Porters five forces analysis and SWOT analysis to understand the factors impacting consumer and supplier behavior. It helps the reader understand the strategies and collaborations that players are that specialize in combat competition within the market. The comprehensive report provides a big microscopic check out the market. The reader can identify the footprints of the manufacturers by knowing about the worldwide revenue of manufacturers, the worldwide price of manufacturers, and production by manufacturers during the forecast period of 2015 to 2019.
Global Quantum Computing Market: Drivers and Restraints
The report offers underlying drivers that compel the consumers to take a position within the products and services. The detailed information assists readers in understanding the requirements of consumer demands. The report provides drivers at the local and global levels to assist determine the economic process . This information will help readers decide potential strategies that can help them stay ahead in the competitive industry.
Restraints provided in this section of the report contrasts the drivers segment as it explains the factors that can hamper the growth of the Quantum Computing market during the forecast period. Restraints play a pivotal role in the global and regional market as it bends the prospective opportunities in the market. Readers can weigh and asses the drivers and restraints before making any investments or strategies.
Global Quantum Computing Market: Segment Analysis
The report includes major segments like product type and end-user that provide an array of components that determine the portfolio of the Quantum Computing industry. Each type furnishes information regarding the sales value during the forecast period. The understanding of the segment directs the readers in recognizing the importance of things that shape the market growth.
Global Quantum Computing Market: Regional Analysis
This section of the report provides detailed information about each region and how numerous factors of that particular region affect the growth of the Quantum Computing market. The government policies, weather, politics, and other factors determine the longer term of the market differently in each region. The major regions covered in the report include North America, Europe, Asia Pacific, the Middle East, and Africa, and others.
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Table of Content
1 Introduction of Quantum Computing Market
1.1 Overview of the Market1.2 Scope of Report1.3 Assumptions
2 Executive Summary
3 Research Methodology of Verified Market Research
3.1 Data Mining3.2 Validation3.3 Primary Interviews3.4 List of Data Sources
4 Quantum Computing Market Outlook
4.1 Overview4.2 Market Dynamics4.2.1 Drivers4.2.2 Restraints4.2.3 Opportunities4.3 Porters Five Force Model4.4 Value Chain Analysis
5 Quantum Computing Market, By Deployment Model
5.1 Overview
6 Quantum Computing Market, By Solution
6.1 Overview
7 Quantum Computing Market, By Vertical
7.1 Overview
8 Quantum Computing Market, By Geography
8.1 Overview8.2 North America8.2.1 U.S.8.2.2 Canada8.2.3 Mexico8.3 Europe8.3.1 Germany8.3.2 U.K.8.3.3 France8.3.4 Rest of Europe8.4 Asia Pacific8.4.1 China8.4.2 Japan8.4.3 India8.4.4 Rest of Asia Pacific8.5 Rest of the World8.5.1 Latin America8.5.2 Middle East
9 Quantum Computing Market Competitive Landscape
9.1 Overview9.2 Company Market Ranking9.3 Key Development Strategies
10 Company Profiles
10.1.1 Overview10.1.2 Financial Performance10.1.3 Product Outlook10.1.4 Key Developments
11 Appendix
11.1 Related Research
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TAGS: Quantum Computing Market Size, Quantum Computing Market Growth, Quantum Computing Market Forecast, Quantum Computing Market Analysis, Quantum Computing Market Trends, Quantum Computing Market
Chinese researchers smash the record for realising two entangled quantum memories at maximum distance – www.computing.co.uk
Quantum entanglement is a phenomenon in which two particles become indistinguishably linked
A Chinese research team claims to have smashed the previous record for maintaining two quantum memories in an entangled state at maximum distance.
According to the researchers, they were able to realise entanglement of two quantum memories over 22 kilometres of field-deployed fibres via two-photon interference. With this feat, they smashed the 1.3-kilometre record achieved during previous quantum memory experiments.
The researchers said that they were also able to achieve entanglement over 50 kilometres of coiled fibres via single-photon interference.
The researchers used two quantum memories that were each made of about 100 million extremely cold rubidium atoms
Quantum entanglement is a phenomenon in which two particles become indistinguishably linked, and whatever happens to one particle instantly affects the other, irrespective of the distance between them.
According to the researchers, entanglement can be used to create encrypted communications channels that are secured against hacking by the laws of quantum physics.
Researchers earlier realised entanglement of individual photons across distances beyond 1,000 kilometres. But, entanglement becomes much harder to achieve for larger systems of particles.
In the current study, the researchers used two quantum memories that were each made of about 100 million extremely cold rubidium atoms.
The team entangled the quantum state of each system with the state of a single photon and then sent both photons through the fibre-optic cables
They encoded information onto the clouds of atoms and then extracted a photon from each cloud. The team entangled the quantum state of each system with the state of a single photon and then sent both photons through the fibre-optic cables.
When Bell measurement was performed simultaneously on two photons, the quantum memories with which the photons were paired became entangled to one another.
In this experiment, the entanglement of two quantum memories was maintained over 22 kilometres of fibre-optic cable, installed underground.
In another experiment, the team managed to entangle quantum memories across 50 kilometres using cables that were coiled up in the lab.
"Our experiment could be extended to nodes physically separated by similar distances, which would thus form a functional segment of the atomic quantum network, paving the way towards establishing atomic entanglement over many nodes and over much longer distances," the researchers said.
The study was jointly conducted by researchers from the University of Science and Technology of China (USTC), Shanghai Institute of Microsystem and Information Technology, and Jinan Institute of Quantum Technology.
The detailed findings of the study are published in journal Nature.
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Chinese researchers smash the record for realising two entangled quantum memories at maximum distance - http://www.computing.co.uk
Quantum Computing: How To Invest In It, And Which Companies Are Leading the Way? – Nasdaq
Insight must precede application. ~ Max Planck, Father of Quantum Physics
Quantum computing is no ordinary technology. It has attracted huge interest at the national level with funding from governments. Today, some of the biggest technology giants are working on the technology, investing substantial sums into research and development and collaborating with state agencies and corporates for various projects across industries.
Heres an overview of quantum computing as well as the players exploring this revolutionary technology, and ways to invest in it.
Understanding Quantum Computing
Lets begin with understanding quantum computing. While standard computers are built on classical bits, every quantum computer has a qubit or quantum bit as its building block. Thus, unlike a classical computer where information is stored as binary 0 or 1 using bits, a quantum computer harnesses the unique ability of subatomic participles in the form of a qubit which can exist in superposition of 0 and 1 at the same time.As a result, quantum computers can achieve higher information density and handle very complex operations at speeds exponentially higher than conventional computers while consuming much lessenergy.
It is believed that quantum computing will have a huge impact on areas such as logistics, military affairs, pharmaceuticals (drug design and discovery), aerospace (designing), utilities (nuclear fusion), financial modeling, chemicals (polymer design), Artificial Intelligence (AI), cybersecurity, fault detection, Big Data, and capital goods, especially digital manufacturing. The productivity gains by end users of quantum computing, in the form of both cost savings and revenue opportunities, are expected to surpass $450 billion annually.
It will be a slow build for the next few years: we anticipate value for end users in these sectors to reach a relatively modest $2 billion to $5 billion by 2024. But value will then increase rapidly as the technology and its commercial viability mature,reportsBCG.
The market for quantum computing isprojectedto reach $64.98 billion by 2030 from just $507.1 million in 2019, growing at aCAGR of 56.0%during the forecast period (20202030).According to aCIRestimate, revenue from quantum computing is pegged at $8 billion by 2027.
Which Nations Are Investing In Quantum Computing?
To gain the quantum advantage, China has been at the forefront of the technology. The first quantum satellite was launched by China in 2016. Apaperby The Center for a New American Security (CNAS) highlights how, China is positioning itself as a powerhouse in quantum science.
Understanding the strategic potential that quantum science holds, U.S., Germany, Russia, India and European Union have intensified efforts towards quantum computing. In the U.S., President Trumpestablishedthe National Quantum Initiative Advisory Committee in 2019 in accordance with the National Quantum Initiative Act, signed into law in late 2018, which authorizes $1.2 billion to be spent on the quantum science over the next five years.
The Indian government in its 2020 budget has announced a National Mission on Quantum Technologies & Applications with a total budgetoutlayof INR 8000 crore ($1.12 billion) for a period of five years while Europe has a 1 billioninitiativeproviding funding for the entire quantum value chain over the next ten years. In October 2019, the first prototype of a quantum computer waslaunchedin Russia while in Germany, the Fraunhofer-Gesellschaft, Europes leading organization for applied research,partneredwith IBM for advance research in the field of quantum computing.
The Companies Leading the Way
IBM has been one of the pioneers in the field of quantum computing. In January 2019, IBM (IBM)unveiledthe IBM Q System One, the world's first integrated universal approximatequantum computing system designed for scientific and commercial use. In September itopenedthe IBM quantum computation center in New York to expand its quantum computing systems for commercial and research activity. It has also recentlyinvestedin Cambridge Quantum Computing, which was one of the first startups to become a part of IBMs Q Network in 2018.
In October 2019, Google (GOOG,GOOGL) made anannouncementclaiming the achievement of "quantum supremacy."It published the results of this quantum supremacy experiment in theNaturearticle, Quantum Supremacy Using a Programmable Superconducting Processor.The term "quantum supremacy" wascoinedin 2012 by John Preskill. He wrote, one way to achieve quantum supremacy would be to run an algorithm on a quantum computer which solves a problem with a super-polynomial speedup relative to classical computers. The claim wascounteredby IBM.
Vancouver, Canada headquartered D-Wave is the worlds first commercial supplier of quantum computers and its systems are being used by organizations such as NEC, Volkswagen, DENSO, Lockheed Martin, USRA, USC, Los Alamos National Laboratory and Oak Ridge National Laboratory.In February 2019, D-Waveannounceda preview of its next-generation quantum computing platform incorporating hardware, software and tools to accelerate and ease the delivery of quantum computing applications. In September 2019, itnamedits next-generation quantum system as Advantage, which will be available in the Leap quantum cloud service in mid-2020.In December 2019, the companysignedan agreement with NEC to accelerate commercial quantum computing.
Amazon (AMZN)introducedits service Amazon basket in late 2019, which is designed to let its users get some hands-on experience with qubits and quantum circuits. It allows to build and test circuits in a simulated environment and then run them on an actual quantum computer.
Around the same time, Intel (INTC)unveileda first-of-its-kind cryogenic control chip code-named Horse Ridgethat will speed up development of full-stack quantum computing systems.
In addition, companies such as Microsoft (MSFT), Alibaba (BABA), Tencent (TCEHY), Nokia (NOK), Airbus, HP (HPQ), AT&T (T) Toshiba, Mitsubishi, SK Telecom, Raytheon, Lockheed Martin, Righetti, Biogen, Volkswagen and Amgen are researching and working on applications of quantum computing.
Final Word
Investors looking to invest in the technology can either look at individual stocks or consider Defiance Quantum ETF (QTUM) to take exposure to companies developing and applying quantum computing and other advanced technologies. Launched in April 2018, QTUM is a liquid, low-cost and efficient way to invest in the technology. The ETF tracks the BlueStar Quantum and Machine Learning Index, which tracks approximately 60 globally listed stocks across all market capitalizations.
While quantum computing is not mainstream yet, the quest to harness its potential is on, and the constant progress made is shrinking the gap between research labs and real-world applications.
Disclaimer: The author has no position in any stocks mentioned. Investors shouldconsider the above information not as a de facto recommendation, but as an idea for further consideration. The report has been carefully prepared, and any exclusions or errors in reporting are unintentional.
The views and opinions expressed herein are the views and opinions of the author and do not necessarily reflect those of Nasdaq, Inc.
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Quantum Computing: How To Invest In It, And Which Companies Are Leading the Way? - Nasdaq
DOE Workshop Begins Mapping the Future of Quantum Communications – insideHPC
Paul Dabbar Quantum Internet WorkshopPaul Dabbar, Under Secretary of Energy for the DOEs Office of Science, gives the welcoming remarks at the Quantum Internet Blueprint Workshop, held Feb. 5-6 in New York City.
The U.S. Department of Energys Office of Science, under the leadership of Under Secretary of Energy Paul Dabbar, sponsored around 70 representatives from multiple government agencies and universities at the firstQuantum Internet Blueprint Workshop, held in New York City Feb. 5-6. The primary goal of the workshop was to begin laying the groundwork for a nationwide entangled quantum Internet.
Building on the efforts of theChicago Quantum Exchangeat the University of Chicago, Argonne and Fermi National Laboratories, andLiQuIDNet(Long Island Quantum Distribution Network) at Brookhaven National Laboratory and Stony Brook University, the event was organized by Brookhaven. The technical program committee was co-chaired by Kerstin Kleese Van Dam, director of the Computational Science Initiative at Brookhaven, and Inder Monga, director of ESnet at Lawrence Berkeley National Lab.
The dollars we have put into quantum information science have increased by about fivefold over the last three years, Dabbar told the New York Timeson February 10 after the Trump Administration announced a new budget proposal that includes significant funding for quantum information science, including the quantum Internet.
In parallel with the growing interest and investment in creating viable quantum computing technologies, researchers believe that a quantum Internet could have a profound impact on a number of application areas critical to science, national security, and industry. Application areas include upscaling of quantum computing by helping connect distributed quantum computers, quantum sensing through a network of quantum telescopes, quantum metrology, and secure communications.
Toward this end, the workshop explored the specific research and engineering advances needed to build a quantum Internet in the near term, along with what is needed to move from todays limited local network experiments to a viable, secure quantum Internet.
This meeting was a great first step in identifying what will be needed to create a quantum Internet, said Monga, noting that ESnet engineers have been helping Brookhaven and Stony Brook researchers build the fiber infrastructure to test some of the initial devices and techniques that are expected to play a key role in enabling long-distance quantum communications. The group was very engaged and is looking to define a blueprint. They identified a clear research roadmap with many grand challenges and are cautiously optimistic on the timeframe to accomplish that vision.
Berkeley Labs Thomas Schenkel was the Labs point of contact for the workshop, a co-organizer, and co-chair of the quantum networking control hardware breakout session. ESnets Michael Blodgett also attended the workshop.
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DOE Workshop Begins Mapping the Future of Quantum Communications - insideHPC
Scientists discover how to use time crystals to power superconductors – Big Think
The concept of time crystals comes from the realm of counterintuitive mind-melding physics ideas that may actually turn out to have real-world applications. Now comes news that a paper proposes merging time crystals with topological superconductors for applications in error-free quantum computing, extremely precise timekeeping and more.
Time crystals were first proposed as hypothetical structures by the Nobel-Prize winning theoretical physicist Frank Wilczek and MIT physicists in 2012. The remarkable feature of time crystals is that they would would move without using energy. As such they would appear to break the fundamental physics law of time-translation symmetry. They would move while staying in their ground states, when they are at their lowest energy, appearing to be in a kind of perpetual motion. Wilczek offered mathematical proof that showed how atoms of crystallizing matter could regularly form repeating lattices in time, while not consuming or producing any energy.
Time crystals have since been experimentally created in various labs.
Now researchers at the California Institute of Technology (Caltech) and the Weizmann Institute in Israel found that theoretically you can create a system that combines time crystals with so-called topological superconductors.
The field of topology looks at the properties of objects that are unchangeable (or "invariant') despite deformations like stretching, twisting, or bending. In a topological insulator, the properties linked to the electron wave function would be considered topologically invariant.
As the scientists themselves explain, "Time crystals form when arbitrary physical states of a periodically driven system spontaneously break discrete time-translation symmetry." What the researchers noticed is that when they introduced "one-dimensional time-crystalline topological superconductors" they found a fascinating interaction where "time-translation symmetry breaking and topological physics intertwineyielding anomalous Floquet Majorana modes that are not possible in free-fermion systems."
Majorana fermions are particles that have their own anti-particles.
"Physicists Gil Refael and Jason Alicea explain the unique properties of electrons constrained to a 2 Dimensional world, and how they can be used to make noise-proof Quantum Computers."
The research was led by Jason Alicea and Aaron Chew from CalTech, as well as David Mross from the Weizmann Institute in Israel.
While studying Majorana fermions, the team observed that it is possible to enhance topological superconductors by coupling them to magnetic degrees of freedom that could be controlled. "Then we realized that by turning those magnetic degrees of freedom into a time crystal, topological superconductivity responds in remarkable ways," shared Alicea.
Aaron Chew (left) and David Mross (right).
Credit: Jason Alicea
One way the phenomen noticed by the scientists could be potentially exploited is to create more stable qubits - the bit of quantum information in quantum computing. The race to create qubits is at the threshold of bringing on a true quantum technology revolution, as writes Popular Mechanics.
"It's tempting to imagine generating some useful quantum operations by controlling the magnetic degrees of freedom that intertwine with the topological physics. Or perhaps certain noise channels can be suppressed by exploiting time crystals," said Alicea.
Check out their new paper in Physical Review Letters.
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Quantum Computing Market With Four Main Geographies And Their Countries – Instant Tech News
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Russian Quantum Center and Nissan have launched a project in the field of quantum chemistry – Research Snipers
Moscow-Tokyo Nissan and the Quantum Machine LearningProject of the Russian Quantum Center (RQC) have announced the launch of ajoint scientific and technological project in the field of quantum computingfor chemical compound modeling solutions. In the context of partnership,Project is going to create new methods of quantum systems modeling and to testthem with the use of existing quantum processors. This project is one of thefirst commercial projects in the field of quantum computing in Russia. Theamount and terms of the contract are not disclosed by the parties.
Modeling ofcomplex systems such as materials, batteries, and medicines is extremelydifficult for existing computers. The next generation of computing devices,which are quantum computers, will be able to solve such problems moreefficiently. As a result, the business will be able to find practical solutionssuch as modeling of new materials, production of devices of a new class fromsuch materials, and selection of optimal characteristics or reactions insidethese materials, which are necessary for increasing the subsequent efficiency.One of the real challenges for the industry and business is the modeling ofchemical compounds used in the batteries manufacturing process.
As part ofthe project, we are developing quantum chemistry methods using machine learningand quantum optimization. We plan to integrate the developed methods into thematerial design system, which is used today in Nissan. This will allow Nissanto unlock the huge potential of quantum computing for its tasks, and in thefuture, to achieve technological leadership, said Alexey Fedorov, Head of the Group Quantum Information Technologies RQC,Ph.D. in Theoretical Physics.
Quantumtechnologies are promising for solving many industrial challenges. Thematerials that can be created with quantum chemistry will significantlyincrease the power and capacity of batteries. As a result, we will get theopportunity to create highly efficient and environmentally-friendly transport,as well as new solutions. The future is behind these technologies and, togetherwith our partner, Russian Quantum Center, we are striving to become a pioneerin this industry, said ShigeoIbuka, Head of Nissan R&D center in Russia, Ph.D. in Physics.
In the long term,the use of quantum technologies will significantly reduce the time for thedevelopment of new materials, as well as predict their compliance with therequirements of industry and business. The RQC team will conduct research usingboth existing quantum computers and their own-developed quantum-inspiredalgorithms.
AboutRussian Quantum Center (RQC)
The RussianQuantum Center (RQC) is a non-governmental organization specializing infundamental research in the field of quantum physics and the development ofdevices and technologies based on quantum effects. The Center was founded inDecember 2010 and became one of the first residents of the Skolkovo InnovationCenter. RQC is one of the authors of the roadmap for the development of quantumtechnologies in Russia until 2024.
At the moment,RQC has more than 150 employees, 14 laboratories, and 7 spin-offs aimed at thecommercialization of the developments. In 2017, RQC developed the worlds firstquantum blockchain. RQC technologies are being actively introduced intogovernment and business structures around the world.
RQCsQuantum Machine Learning Project
RQCs Quantum Machine Learning Project is engaged in research and business-oriented projects in the field of quantum computing. The work is carried out in several directions: development of the strategy of quantum computing application and development of the QBoard quantum computing cloud platform, SimCIM simulator based on quantum-inspired algorithms, and other solutions. Some software products are already available for commercial use.
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Budget 2020: Govt bets on AI, data analytics and quantum computing – Livemint
Finance Minister Nirmala Sitharaman on Saturday announced an outlay of 8,000 crore over the next five years on national mission on quantum technologies, while emphasising on the importance of leveraging artificial intelligence, data analytics, and internet of things for digital governance.
Data centre parks will be set up in India with the help of private sector, she said. The budget also allocated 6,000 crore for Bharat Net and said 1 lakh gram panchayats will get fibre to home connections under Bharat Net scheme in one year.
Policy on private sector building data centre parks is an exciting opportunity for fintech companies. This is also in line with the governments policy on retaining critical data within the country," said Sanjay Khan, partner, Khaitan & Co.
Maninder Bharadwaj, partner, Deloitte India said the emphasis of government on data and digitisation is clearly highlighted in this budget. Building of data centers, collection of nutritional information from 10 crore households and focus on fiber optic networks are initiatives that will propel India towards a digital journey," he added.
Artificial intelligence and machine learning featured extensively in the ministers speech with proposal to use it in various existing and future projects such as the proposed national policy for statistics and the Ayushman Bharat scheme.
While the government had previously set up a national portal for AI research and development, in the latest announcement, the government has continued to offer its support for tech advancements. We appreciate the governments emphasis on promoting cutting-edge technologies in India," Atul Rai, co-founder & CEO of Staqu said in a statement.
Governments across the world have been laying emphasis on use of AI for digital governance. As per reports, US government intends to spend almost $1 billion in AI-related research and development in 2020.
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Budget 2020: Govt bets on AI, data analytics and quantum computing - Livemint