We have included SpinQ because they fundamentally show that devices are “real”, “available” and affordable.
A research on "The Evolving Themes of Computing Education Research: Trends, Topic Models, and Emerging Research" conducted by Mikko Apiola from the University of Turku, Sonsoles López-Pernas and Mohammed Saqr from the University of Eastern Finland was recently published on SSRN Electronic Journal, the biggest and acknowledged repository in the world. The researchers followed the PRISMA-S (Preferred Reporting Items for Systematic reviews and Meta-Analysis) search method to capture and screen the literature of 16,863 articles in the recent decade. The common words in the abstracts and titles of all articles were analyzed to identify the trend of research topics in computing education research (CER). Source: ResearchGate SpinQ was honored to be identified as one of the highest growing common words in CER in 2021 on this article. Source: SSRN Electronic Journal SSRN is the main open-access repository in the world which is devoted to the rapid worldwide dissemination of research in the social sciences, humanities, life sciences, and health sciences, among others. Up to the present, SSRN's eLibrary provides 1,193,559 research papers from 1,078,907 researchers in more than 65 disciplines, such as finance, accounting, law, economics, and management etc., making it a platform favored and supported by most academic researchers and enthusiasts. In the article titled "The Evolving Themes of Computing Education Research: Trends, Topic Models, and Emerging Research", it was demonstrated that programming education has been the all-time most popular topic in CER for the time being by analyzing the previous analyses of CER publications, followed by other topics including K-12 computing education and computational thinking. In 2021, however, the emerging words refer to SpinQ, referring to a quantum computing platform, esports (electronic sports), and twitch, referring to video game live streaming. These highest growing common words represent an assortment of emerging modern technologies, topics of computing, pedagogies and tools. Their analysis gives hints as to where CER may be headed at, after its heavy, decades long focus on areas of programming education and other classical topics. In fact, the years of 2020 and 2021 witnessed the intensive release activities by SpinQ of quantum products when SpinQ disruptively transformed theory into commercial applications in NMR quantum computing area. During this period of innovative research and development, SpinQ launched the world's first desktop quantum computers Gemini and Triangulum for education and science popularization demonstrations, and Taurus, a new generation of universal quantum computing cloud platform, in order to provide education tools and services for universities, scientific research institutions, and K-12 education in quantum computing area, all of which together with designed quantum computing courses provided full stack solutions to quantum computing education. The world's first portable quantum computer "Gemini Mini" And this may also attribute to the fact that SpinQ became one of the highest growing common words in CER in 2021 Quantum Computing is the founding technology of a new generation of technological revolution and industrial transformation. Along with the accelerating commercialization of quantum computing, SpinQ will continue to adhere to the "two-wheel-driven" strategy with technology R&D and commercial landings to empower research in the areas of scientific research, education, drug R&D, financial technology, artificial intelligence, and many other frontier areas based on the business coverage from practical superconducting quantum computer, desktop NMR quantum computer, universal quantum computing cloud platform to software. We will work closely with our partners in finding solutions to specific scenarios to make quantum computing available and usable to real life.
Recently, SpinQ announced that it has completed the Pre-B round of financing with a total amount of nearly 100 million RMB. The leading investors include Jinjinghengxun Venture Capital, Shenzhen Bay Angel Fund III under Shenzhen Toposcend Capital, Heshunying Investment and Shenzhen Hi-tech Investment, the old shareholder, followed the investment. For SpinQ, this round of financing is also another strategic investment of Shenzhen government capital and industrial capital after the A+round of strategic investment in January 2021. The raised funds will be used for technology research and development, team expansion and market expansion. Xiang Jingen, Founder and CEO of SpinQ, said that the addition of the new investors and the raise of the old investors will provide important support for the accelerated commercialization of SpinQ. In the future, SpinQ will continue to adhere to the “two-wheel-driven” strategy with technology R&D and commercial landings, promoting the commercialization of business through technological breakthroughs and innovations, and backuping the innovation of technologies and products with the diversified scenarios of application. As the new shareholder, Jinjinghengxun is a global private equity fund jointly established by Jinjing Capital and Dr. Liu Xiaodong, the former deputy general manager of the Shanghai Stock Exchange. Dr. Liu said: "We are very impressed with SpinQ's progress in producibility and commercialization especially the desktop NMR quantum computer, which has been quickly sold to many colleges and high schools in the Americas, Australia, Europe, and China since it was launched on the market early last year. Today, the demand for computing power in the business world is increasingly urgent, and the industrialization of the quantum computing track has formed a deterministic trend. The team form SpinQ is undoubtedly one of the most outstanding companies in China in terms of the combination of technology R&D and product commercialization. , which is also an important reason why we choose SpinQ.” Another new shareholder, Shenzhen Bay Angel Fund Phase III, was jointly established by Toposcend Capital, CIMC Vehicles, Shenzhen Angel FOF, Tuanshan Capital, and Shenzhen Fubao Group, focusing on early investment in the technology industry. Chen Zhenhao, director of the Toposcend project, said: "Quantum information, as a future industry in the "20+8" industrial cluster that Shenzhen is focusing on building, is our key field of layout. SpinQ is the first project launched by Shenzhen Bay Angel Fund III. As an outstanding innovation representative in the field of quantum computing in China, SpinQ has fully mastered the core technologies of quantum computer hardware, software and algorithms. It is hoped that the company will accelerate the development of superconducting quantum computers and realize its commercialization in multiple application scenarios as soon as possible. " As a professional investment and financing institution with the mission of serving the high-tech industry, Zuo Chao, deputy general manager of Zhengxuan Investment, which is under Shenzhen High-tech Investment, said: “Quantum computing is considered to be the basic technology for a new round of technological revolution and industrial transformation. And it is also a key technology that must be competed internationally. In recent years, quantum computing has continuously made new breakthroughs in the world. We are long-term optimistic about the development trend of the industrial application of quantum computers in the future. SpinQ is an entrepreneurial with profound technology accumulation and international vision, which is relatively rare in this field in China. Since the first investment in the company in 2020, we have witnessed the company's style of down-to-earth and enterprising, capabilities in product development rapidly, and continuous technological breakthroughs and commercial promotion. " At the very beginning of its establishment, SpinQ has developed a “two-wheel-driven” strategy powered by technology R&D and commercial landings to develop its business landscape in the lines of practical superconducting quantum computer, NMR desktop quantum computer, universal quantum cloud platform and software: In hardware, through the NMR desktop quantum computer for educational users, SpinQ has taken the lead in realizing the commercialization of quantum computing from laboratory to market. And with the practical superconducting quantum computer for industrial users, SpinQ has made breakthroughs and innovations in cutting-edge technology. In software, through the quantum computing cloud platform for thousands of industries, SpinQ will provide much more scenario-based applications and solutions together with our partners. At the time of the A round of financing last year, SpinQ had already completed early product development. After small-scale use and iteration around key users, the product was officially launched after the Spring Festival in 2022, and quickly entered the stage of commercialization. Over the past year, SpinQ has ushered in several important changes: Focuses on both technological innovation and commercial landings with insisting in the “user-oriented” perspective In terms of the desktop NMR quantum computer, SpinQ has successfully launched three products, "Gemini", "Triangulum", and "Gemini Mini"under the “user-oriented” perspective. Through the combination of innovation and commercialization, the products have achieved extensive sales and absolute market leadership. In the next step, the company also plans to release new generation programmable quantum computers which are more cost-effective for scientific research and teaching, and provide a complete set of solutions including supporting courses for quantum computing teaching. Quantum Computing Classroom This series of supporting courses will be mainly aimed at three different levels of students: university, middle school and primary school. The content of the courses includes quantum computing experiment courses for undergraduate and graduate students, general quantum computing courses and programming courses for high school students, and quantum computing popular science courses and games for primary school students. Through theoretical study, combined with the experimental operation of quantum computers, students can better understand and master the basic principles of quantum computing, ideas of algorithm design and basic programming knowledge of quantum computing. The operation system of quantum computing for educational users The development of superconducting quantum technology is progressing smoothly, with full-chain integration strategy in an all-round way As we all know, superconducting quantum technology is more stable, qubits are easier to expand, and it can reuse relatively mature technologies. It is one of the most promising routes at present. Companies in the world are accelerating the development of this technology. After adopting the superconducting quantum technology in early 2020, SpinQ has completed the practical superconducting quantum computer prototype, superconducting quantum chips and a RF measurement and control system. In addition, SpinQ has also completed the developments of quantum computing cloud platform, quantum operating system and application to promote an independent and controllable full-chain integration strategy in an all-round way. It is worth mentioning that the quantum chip EDA independently developed by SpinQ will also be released soon. Users can input parameters in the visual interface to automatically generate the modular chip layout. Compared with similar products from other companies, the quantum chip EDA form SpinQ can not only generate quantum components by parameters, but also has a unique self-developed algorithm, which makes the design of chip layout faster and more efficient. Full-chain integration solutions around superconducting quantum computer Continue to strengthen independent R&D and expand scenario-based applications In terms of the Quantum Cloud Platform & Software/Algorithm Development, SpinQ has launched available products and services include quantum computing programming framework SpinQKit and quantum cloud platform “ Taurus ” with several rounds of iterations. Taurus provides connections to multiple real quantum devices and large-scale classical simulators. It supports visual quantum circuit design and Open QASM programming. Besides, users may design their quantum gates on Taurus. The built-in quantum algorithms will satisfy the needs in scientific research & education and of enthusiasts. At the same time, base on the IaaS services, SpinQ will soon launch the SaaS services in quantum chemistry , quantum finance and other fields. For example, in a project in cooperation with The Beijing Genomics Institute, the quantum approximate optimization algorithm can be used to quickly and accurately solve the problem of genetic recombination. In addition, SpinQ has also launched a quantum private cloud service which can support end-to-end private deployment. Since its establishment in 2018, SpinQ has worked together with many partners in the fields of biomedical, financial technology, artificial intelligence, etc., including The Beijing Genomics Institute, Huaxia Bank, Deeproute.ai , etc., continued to promote cooperation with partners in key industries in the world. Xiang Jingen, founder and CEO of SpinQ, said that since the “two-wheel-driven” strategy with technology R&D and commercial landings has been established, the speed of technological breakthroughs and product development have been further improved, as well as the commercialization progress has also exceeded expectations - the first half of this year has already reached the performance level of last whole year, which is also the basis for obtaining this financing cooperation. In the future, SpinQ will continue to increase investment in technology R&D, expand key basic industries and business scenarios around practical superconducting quantum computer, desktop NMR quantum computer, universal quantum computing cloud platform and software, consolidate the foundation for development, and accelerate the construction of technical community ecology, expand the International business.
Recently, the QTEdu project of the EU quantum flagship program has held a series of activities, focusing on the latest progress in educational and teaching tools of the quantum computing field. On April 29th, Dr. Junting Zou, president of SpinQ, and the technical team were invited to participate in the first presentation report of this series of activities, and shared 3 desktop quantum computer products independently developed and manufactured by SpinQ. Upcoming meeting schedule In recent years, Europe is seizing the opportunity to invest in the development of quantum technology. In April 2016, more than 3,500 stakeholders from European science and industry communities jointly issued the "Quantum Manifesto", calling for the establishment of a flagship plan for quantum technology at the EU level. In the same month, in an official document on the "European Cloud Initiative", the European Commission officially announced that it would establish a research project with an investment of 1 billion euros called the "EU Quantum Flagship". The EU Quantum Flagship will focus on quantum technologies such as quantum computing, quantum communication, and quantum sensing. QTEdu is one of the innovative projects funded by the EU Quantum Flagship, which aims to assist the EU Quantum Flagship to create the necessary learning ecosystem to inform and educate society about quantum technologies. The members of the QTEdu project committee include physics professors, science communicators, and physics education researchers from Italy, Germany, the Netherlands, Denmark and other countries. On the first educational tool demonstration day, the QTEdu project specially invited Dr. Junting Zou and the technical team of SpinQ to give a presentation. In the presentation report, Dr. Zou Junting focused on introducing the world's first desktop NMR quantum computer "Gemini" (2 qubits), the desktop quantum computer "Triangle" (3 qubits), and the world's first portable quantum computer that will be launched in 2022. Quantum computer "Gemini Mini" (2 qubits). All three desktop quantum computers are ideal for education, teaching and demonstration of quantum computing. They not only have the advantages of running at room temperature, maintenance-free, no consumables, and good stability, but also built-in more than ten typical quantum algorithms, which support users to write and run custom quantum computing programs. Besides, with the quantum computing software and quantum computing lesson plans carried by the machine, it provides a set of overall solutions for quantum computing teaching. Quantum Computer Subsequently, the technical engineers of SpinQ demonstrated the operating software SpinQuasar attached to Gemini, which allows users to customize and edit quantum circuit algorithms, manipulate qubits, and observe nuclear magnetic resonance to achieve quantum computing methods, allowing users to intuitively feel the operation of quantum computing. Through experience, students can learn the knowledge of nuclear magnetic resonance and quantum theory better, which makes up for the limitation of the current theoretical teaching of quantum computing education, and realizes the teaching method that combines theory and practice of quantum computing education. Students can learn the algorithm examples in classroom teaching, and arrange corresponding computer operation exercises after class, cooperate with computer practice courses, exercise students' hands-on ability, and also guide students to pay attention to these frontier areas, so as to cultivate their research skills. The Operating Interface of the Gemini Quantum Computer Participants of the QTEdu project said that as the world's first series of desktop quantum computers, these products will be one of the most powerful tools in the field of quantum computing teaching, and will also make important contributions to the quantum computing education community. At present, there are very few talents engaged in the field of quantum technology. Under the conditions of very lack of human resources, in order to make progress in this field and occupy the commanding heights as soon as possible, it is necessary to focus on training quantum technology talents. What is worrying is that quantum education is in the initial stage, and various educational products and teaching teams that can be used for quantum education are scarce. From the fundamental level of education, there is still a lack of systematic education and training. The desktop quantum computing series products independently developed and manufactured by SpinQ have simple operation, graphical and intuitive interface, and fully open computing process data. It also solves the problems of high, precise and difficult quantum computing education, and can be extended to primary and secondary education. At the same time, SpinQ has also created system supporting materials such as teaching materials and courses in the field of education, which provides the possibility for the popularization of quantum computing education.
On January 22, SpinQ held a new product release conference in the company's quantum computing experience center, and launched the world's first portable quantum computer "Gemini mini", which redefines the model of quantum computer and is more suitable for quantum computing education and popularization. Dr. Xiang Jingen, chairman of Lianxuan Technology, made a report on the new product release of "Gemini mini" With the development of science and technology, Moore's Law is near to its limit, and classical computing has met an unbreakable technical bottleneck, but data is still growing quickly, and new computing methods are urgently needed. Quantum computers can achieve super computing hashrate by the properties of quantum superposition and quantum entanglement. The current development of quantum computers is equivalent to artificial intelligence at 10 years ago. Once it moves from the laboratory to commercial applications, its prospects will be immeasurable. There are many very important computing problems in the world that cannot be solved by classical computers, but need to be solved by quantum computers, such as the design and screening of medicine molecules in the field of medicine research and development, the design of catalysts in the field of chemical industry, and the training models in the field of artificial intelligence. Just as the invention of the airplane made up for the lack of ground transportation, the invention of the quantum computer made up for the lack of the classical computer. With the quick development of quantum computing, there is a serious shortage of quantum computing talents. In 2018, The New York Times stated that only about 1,000 researchers in the world really understand quantum computing technology, and the shortage of talents will affect the security of a country. Robert Sutor, IBM's vice president in charge of quantum strategy and ecology, also said that there is currently a general shortage of global quantum computing talents, and companies need to work more closely with universities to cultivate relevant talents from the higher education stage. Every country has begun to attach importance to quantum computing education. However, the education and popularization of quantum computing is inseparable from the promotion and popularization of small quantum computers, and maintenance-free desktop quantum computers are just needed. The nuclear magnetic resonance quantum computer is the only quantum computing platform that can be miniaturized at present. The desktop nuclear magnetic resonance quantum computers "Gemini" and "Triangle" previously developed by SpinQ have been widely welcomed by major universities and research institutes, SpinQ reached strategic agreements with Southern University of Science and Technology, Beijing Institute of Technology, Guizhou University, etc., and also sold to well-known universities such as Hong Kong University of Science and Technology, Taiwan National University, Taiwan Chung Yuan University. At the same time, in the international market, foreign universities such as Oslo Metropolitan University in Norway, University of Western Australia in Australia, University of Waterloo in Canada, University of Tokyo in Japan, and University of Reunion in France purchase the desktop quantum computers, and customers in the United States, Switzerland, Egypt, Southeast Asia and other regions have also paid attention to the quantum computing products of consulting companies and proposed cooperation intentions. SpinQ believes that quantum computing should not be limited to higher education now. The company hopes to do best on the education and popularization of quantum computing, to provide assistance to students and teachers at all levels of education, and to help build a vibrant and diverse quantum computing talent system of the future. "Gemini Mini", a portable quantum computer (2 qubits), is the newest product of SpinQ. "Gemini Mini" is a touch system, it provides a comprehensive solution for quantum computing education and demonstration. The equipment integrates 2 qubits real quantum computing system and an up to 8 qubits quantum computing simulator; it supports users customized quantum circuit, and build-in a complete quantum computing course; it can use for teaching and self-study. Gemini Mini can use as a client to connect other desktop NMR quantum computer, to build a quantum computer network. Gemini Mini Gemini Mini has wide audience, it can use for education institution, middle school, science exhibition to carry out scientific education, also good for quantum technology fans self-study. Gemini Mini has wide audience, it can use for education institution, middle school, science exhibition to carry out scientific education, also good for quantum technology fans self-study. Quantum Computing Classroom In January 2021, the R&D team of SpinQ said in a "Science Citation Index" (SCI) paper to introduce the first desktop quantum computer: "We expect that the price of quantum computers can be reduced", which was followed by Discovery Magazine and wrote a report announcing our launch of a portable quantum computer. Now, SpinQ has fulfilled its prediction, it can install a quantum computer at a low price. To truly realize quantum computing operations within reach of every student, make quantum computing training affordable to every family, make quantum computing teaching easy for every school, and make quantum computing closer to life and less mysterious and distant!