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In 2021, the keyword "quantum information" has been placed in a very important position in the work reports of several governments around the world. At the same time, the ministries of education of some countries have announced that quantum information science is officially listed as an undergraduate major.  In March, CIQTEK came to Tongji University, Shanghai, China, with its experimental course solution based on the Diamond Quantum Computer for Education to boost the development of quantum information science together.     Fig. 1 Tongji University   Tongji University has a long history and reputation of 114 years and is a national key university directly under the Ministry of Education of China. Tongji University's School of Physics and Engineering has always placed great emphasis on teaching physics experiments, encouraging teachers to expand experimental content and develop new experimental projects. Its physics program was approved as a base for the Basic Subjects Outstanding Students Training Program by the Ministry of Education in 2021.   Quantum information science education cannot be separated from the close combination of quantum theory and experiment. Over the years, CIQTEK has been providing experimental course solutions for higher education institutions, forming quantum education solutions such as the diamond quantum computer for education, quantum computing cloud platform, quantum optics experimental platform, etc., helping universities to promote the construction of quantum information subjects and improve teaching contents and methods. With the support of CIQTEK, the School of Physical Science and Engineering of Tongji University provides the latest experimental courses related to quantum information science for students.     Fig. 2 Quantum Science Class at Tongji University   Recently, junior students from the School of Physical Science and Engineering of Tongji University had a unique quantum physics class in the Physics Experimental Teaching Center - "Quantum Computing Experiment" of Modern Physics Experiment. Huang Zhiyong, an application engineer from CIQTEK, introduced the development of quantum technology and the applications of quantum computing in many fields such as biomedicine, transportation, logistics, finance, artificial intelligence, particle physics, etc. He also introduced the differences and advantages of different quantum computing systems.   In order to provide students with a more intuitive understanding of quantum computer principles, quantum superposition state evolution, and classical quantum algorithms, engineer Zhiyong Huang used the CIQTEK diamond quantum computer for education to vividly demonstrate continuous wave experiments, Rabi oscillation experiments, redirection experiments, T2 experiments, dynamics decoupling experiments, D.J. algorithm experiments.     Fig. 3 Students using CIQTEK Diamond Quantum Computer for Education in the class   A...

On June 27, the Quantum Science and Technology Innovation Laboratory, jointly built by the University of Science and Technology of China, Tianjin Yinghua Experimental School, and CIQTEK, was officially established at Tianjin Yinghua Experimental School. This is a science and technology innovation laboratory for high school education level, including quantum computing, quantum precision measurement, and other quantum science and technology fields.       Quantum Science and Technology Innovation Lab Officially Launched   At present, the global shortage of talents in quantum fields is becoming increasingly prominent, and more areas have gradually started to incorporate the plan of cultivating quantum science and technology talents into the education training plan at the secondary school or even elementary school level.  This lab aims to cultivate talents of quantum fields, provide advanced experimental teaching instruments and systematic curriculum solutions, focus on enhancing students' creativity awareness and innovation ability, and fully meet the theoretical learning and experimental needs of secondary school students in quantum technology.   Teachers used CIQTEK Diamond Quantum Computer for Education to give lessons to students   At the opening ceremony, Sun Fang, vice president of Tianjin Yinghua Experimental School, said that the school is a high-quality student base for top universities and is committed to offering more advanced courses in high-end disciplines and research projects to foster outstanding talents.    Chen Ming, general manager of CIQTEK's Education Division, said in the interview, "By offering quantum technology courses and quantum frontier experimental instruments, such as CIQTEK Diamond Quantum Computer for Education, the Quantum Science and Technology Innovation Lab aims to deliver basic knowledge of quantum mechanics to young people and to help them experience, perceive, and explore the application of quantum fields such as computing and precision measurement. At the same time, the landing of this Lab at Tianjin Yinghua Experimental School will serve as a model for reserving talents for the development of quantum science and technology, and also help to create a friendly and supportive social environment for the development of quantum fields."     Chen Ming, general manager of CIQTEK Education Division, delivering a speech   Quantum technology is a major revolutionary technological innovation that will impact and reconstruct the traditional technology system, and will lead a new round of technological revolution and industrial transformation. The development level of quantum science and technology education and socialized science popularization will directly affect the future scientific and technological competitiveness of the region. The systematic introduction of related courses at the secondary school level will help expand quantum technology education and impr...

The 'second quantum revolution' represents a new round of scientific and technological revolution. More and more countries are making quantum technology a national strategic research.  In addition to dozens of universities and schools in China, since March 2021 several European and American universities also started cooperations with CIQTEK to introduce the diamond quantum technology instruments.     CIQTEK Diamond Quantum Computer for Education   In September 2021, Stony Brook University, officially the State University of New York at Stony Brook, received a CIQTEK Diamond Quantum Computer for Education. This instrument for conducting experimental teaching of modern physics and scientific research on the Nitrogen-vacancy(NV) center was independently developed and produced by CIQTEK.   Stony Brook University, New York, received CIQTEK Diamond Quantum Computer for Education   "We initiated the purchase request in March 2019. Quantum computing is one of the most important courses at the Quantum Information Center. To provide students with a better understanding of quantum computing, we planned to use the CIQTEK Diamond Quantum Computer for Education to provide quantum computing lab sessions for students." Eden Figueroa, director of the Quantum Information Center at Stony Brook University, described their use of the device to begin teaching the course in a combination of online and offline sessions in September 2021.  ▶ Video: CIQTEK Diamond Quantum Computer for Education: Interview with Prof. Dr. Figueroa, Stony Brook University, NY   The University of Queensland, Australia, received CIQTEK Diamond Quantum Computer for Education   Two leading Australian universities have also developed teaching programs based on the CIQTEK Diamond Quantum Computer for Education. To combine with the university's quantum education program, the Centre of Excellence for Quantum Computation and Communication Technology (CQC2T), in August 2021, University of Queensland, Australia, purchased the CIQTEK Diamond Quantum Computer for Education to combine with existing quantum mechanics and quantum computing theory courses for the training of quantum talents and the teaching of quantum computing fundamentals.   In addition, Macquarie University, Australia, has also placed a purchase order with CIQTEK. A/Prof. Thomas Volzb of Macquarie University's School of Mathematical and Physical Sciences said, "We are offering a theoretical course on quantum computing in the first semester of 2022, and at the same time, a quantum computing lab course submitted by several teachers who are working on the NV-center in diamond has been approved. The purchase of the CIQTEK Diamond Quantum Computer for Education is in line with the university's long-term goal of building a quantum center and meets the needs of regular lectures."   Currently, various countries around the world are actively deploying the quantum technology industry. However, ...

On August 26, 2020, Quantum Artificial Intelligence for Science and Technology (QuArtist) of College of Science, Shanghai University started its first quantum computing experiment course based on the CIQTEK Diamond Quantum Computer for Education.       QuArtist Center, Shanghai University   QuArtist was officially inaugurated on May 31, 2019, and headed by Enrique Solano, an internationally renowned physicist, as its director. The QuArtist Center is dedicated to cutting-edge research on the fundamentals and applications of quantum computing and artificial intelligence, and will take the opportunity of the "quantum second revolution" in the 21st century to integrate quantum computing and artificial intelligence, and build a world-class center for quantum software and quantum hardware as its core goal. The QuArtist Center combines the three elements of high-end talent, hard work, and original innovation to contribute to the construction of science and innovation.    After learning about CIQTEK Diamond Quantum Computer for Education, QuArtist Center immediately communicated with CIQTEK about the quantum education offerings. on August 26, CIQTEK application engineers were invited to QuArtis Center to open the first class of "Quantum computing experiment course". The principles and functions for basic quantum computing experiments were demonstrated on-site. After the lesson, Dean Chen from the College of Science of Shanghai University commented, "The class based on the CIQTEK Diamond Quantum Computer for Education makes the often obscure theoretical concepts such as decoherence, Rabi oscillations, and dynamic decoupling more vivid and easy to understand for students."     Quantum Computing Experiment Course at QuArtist Center, Shanghai University   In addition, Shanghai University will offer a quantum computing course based on CIQTEK Diamond Quantum Computer for Education to graduate students and undergraduates in the College of Science, and will start the preparatory work for the course after the new semester begins, including the selection of course content and course program design, etc. CIQTEK will also actively cooperate with Shanghai University to do a good job of course-related work, and provide customized services based on its course positioning.   Based on Diamond Quantum Computer for Education, CIQTEK can provide customized services including laboratory construction, teaching handouts, teaching videos, teaching courseware, demonstration class training, and other overall supporting solutions related to quantum computing teaching, so that schools and teachers can open related experimental courses more easily.     CIQTEK Application Engineers Show the Teaching Machine to Teachers and Students   CIQTEK Diamond Quantum Computer for Education   The Diamond Quantum Computer for Education is a teaching instrument based on the principle of NV-center and spin magnetic reso...

Quantum technology has been developed and popularized, eventually bringing human society into the quantum era. On December 22, 2020, Xishan Senior High School in Jiangsu, China officially started the "Quantum Computing Theory and Experiment" course based on CIQTEK Diamond Quantum Computer for Education. This is the first time quantum computing has been introduced into Chinese primary and secondary schools, and it is another breakthrough for the quantum computing industry.       Dr. Ming Chen from CIQTEK was explaining quantum computing to the students   "The first channel is the laser, the third channel is the measurement, you need to pay attention to the state of each channel." Under the guidance of Dr. Ming Chen from CIQTEK, the students conducted Rabi oscillation experiments using the "Diamond Quantum Computing Teaching Machine". The students said, "It was fun to do quantum computing experiments with my classmates! This class allowed me to be exposed to cutting-edge technology during my high school years, which laid the foundation for my future major choice."   Unlike Newton's classical theory, which emphasizes "certainty", "mechanics", and "uniqueness", quantum theory emphasizes "unmeasured ", "not unique", "interaction". The interaction between people in real life, the social state of one person with many faces, is obviously more consistent with quantum theory. Teaching the quantum theory way of thinking to children will allow them to quickly integrate into the forefront of world development. Countries around the world are gradually front-loading quantum teaching. In the United States, quantum computing education has been written into the National K12 Education Act, and in Europe, activities such as quantum computing basic education and quantum science summer camps are prevalent.   Students experimenting on the CIQTEK Diamond Quantum Computer for Education   CIQTEK Vice President Feng Zedong introduced, CIQTEK Diamond Quantum Computer for Education includes a series of courses on the basic theory of quantum computing, development history and experimental exploration, etc. The experimental part contains continuous wave experiments, Rabi oscillation experiments, echo experiments, T2 experiments, DJ experiments, etc. Students will experience the differences between quantum computing and ordinary computing, and explore the applications of quantum computing in new drug research, big data algorithms, password cracking and other fields.     CIQTEK Diamond Quantum Computer for Education   The Diamond Quantum Computer for Education is a teaching instrument based on the principle of NV-center and spin magnetic resonance in diamond, which can quantum manipulate and read out the spins of NV-center by controlling physical quantities such as laser, microwave, and magnetic field, so as to achieve quantum computing function.Based on this instrument, CIQTEK can provide overall solutions for quantum computing ...

Recently, the experimental course "Fundamentals of Quantum Information Technology", which is based on CIQTEK Diamond Quantum Computer for Education, was officially opened in the College of Physical Science and Technology of Central China Normal University in Wu Han, China.       Students Using CIQTEK Diamond Quantum Computer for Education  in the Fundamentals of Quantum Information Technology Course   At this stage, the rapid development of quantum technology is not compatible with the serious lack of quantum technology practitioners, engineering, and technical personnel who do not have a deep enough understanding of quantum technology, they lack practical skills. These have seriously limited the development and application of quantum technology.     The lack of talent comes from the lack of education, but also from the lagging of education methods and tools. Although many universities are currently offering courses related to quantum mechanics, most of the existing courses and textbooks focus on physical principles and verification experiments of basic schemes from the thinking mode and system structure.     The School of Physical Science and Technology of Central China Normal University   The School of Physical Science and Technology of Central China Normal University is a national base for research and teaching talents in basic science (physics). The college focuses on strengthening curriculum construction and teaching reform, and vigorously promotes the innovation of talent training mode.   Central China Normal University has always attached great importance to the physics experiment teaching for undergraduates, encouraging teachers to expand the experiment content and develop new experimental projects. Professor Wu Qinglin, the deputy director of the Physics Experiment Center, actively contacted CIQTEK after learning about the Diamond Quantum Computer for Education. CIQTEK also actively cooperated with the School of Physical Science and Technology of Central China Normal University based on its professional skills and experience to do the work related to the course offering and provided customized services based on its development of special course positioning.     Training & Course   The School of Physical Science and Technology of Central China Normal University has named the experimental course based on the CIQTEK Diamond Quantum Computer for Education the "Fundamentals of Quantum Information Technology" course. The course is open to physics majors in the first semester of the fourth academic year and is offered in the University Physics Experimental Center. The course is designed for 16 credit hours.   CIQTEK Diamond Quantum Computer for Education can help and promote the work related to the opening and optimization of university physics laboratory courses, modern physics laboratory courses, and quantum information science professional courses in universi...