The first CCF Quantum Computing Conference was successfully held, and Chengdu SMIC sponsored and invited to give the industry summit keynote speech

On August 20-21, 2022, the 1st CCF Quantum Computation Conference (CQCC, CCF Quantum Computation Conference), hosted by the Chinese Computer Society, was successfully held in Zhengzhou. The conference is an important milestone in the field of quantum computing, as it focuses on quantum computing as the frontier of the new round of scientific and technological revolution and industrial change, and provides an in-depth analysis and judgment of the development trend of quantum computing, and promotes the collision of ideas and academic exchanges among researchers from cross-disciplinary disciplines.

The theme of the conference is "Quantum Empowerment, Win-Win Future". The theme of the conference is "Quantum Empowerment, Win-Win Future", which means: Quantum Empowerment is not a subversion or replacement, but a collaborative development and a win-win future.

Conference theme

01The First CCF Quantum Computing Conference: Ten Special Forums, 300+ Industry Delegates

There are more than 300 experts and scholars, R&D personnel, enterprise representatives and student representatives from different disciplines including computer, physics and mathematics at home and abroad. The conference provides a good platform for multidisciplinary cross-fertilization and integrated innovation in quantum computing, and is focused on the fundamental theory, hardware and software research, application, education and industrial development.

The conference is chaired by Guo Guangcan, Professor of University of Science and Technology of China, Academician of Chinese Academy of Sciences and Director of CCF Quantum Computing Specialty Group, and co-chaired by Guo Yunfei, President of Strategic Support Force Information Engineering University, Liu Jiongtian, Vice Chairman of Henan Provincial Committee of the Chinese People's Political Consultative Conference, Secretary of Party Committee of Zhengzhou University and Academician of Chinese Academy of Engineering, and Zheng Jianhua, Professor of Strategic Support Force Information Engineering University and Academician of Chinese Academy of Sciences.

The invited presentations cover different perspectives on macro science and technology industries, progress in different technical routes of quantum computers, post-quantum cryptography, quantum superiority, and quantum computing industrialization and applications. The conference attaches great importance to the academic exchange and collision of ideas among experts in different fields, and a total of ten special forums have been organized. The topics of the thematic forums cover different aspects of quantum computing theory, software, hardware, applications, education, industry, and quantum computing supporting technologies.

02Chengdu Zhongwei Daxin: Sponsorship of the Conference and Presentations

(hereinafter referred to as SMIC) was invited to participate in the conference as a silver sponsor of the conference. Meanwhile, on August 21, SMIC was also invited to attend the CCF Quantum Computing Conference Session - the first Quantum Computing Hefei Industry Summit, and Dr. Haichuan Lin, Chief Engineer of the company, gave a keynote speech on "Research and Progress of Quantum Computing Measurement and Control Technology".

The first quantum computing industry summit

This year's Hefei Summit involves policy interpretation, white paper release, forum of great experts, roundtable and other forms, looking ahead to the future industrial development of quantum computing, exploring and promoting the construction of quantum computing industry ecology and other important content, this summit to promote close collaboration and deep integration of the industry, promote quantum computing technology, industry, applications, talent gathering and landing, a favorable exploration and play a role in industrial development In the presentation session, Neutrino

In the speech session, Dr. Haichuan Lin, Chief Engineer of SMIC, gave a detailed explanation of the current quantum computing measurement and control technology from four aspects: technical background, research status, current progress and future outlook, analyzed the current situation of quantum measurement and control equipment and suppliers at home and abroad, introduced in detail SMIC's solutions for normal temperature quantum computing measurement and control, and made an outlook on future solutions for general quantum computing measurement and control. The presentation also gave an outlook on the future solutions for general quantum computing measurement and control.

Dr. Haichuan Lin of SMIC at the speech site

From the perspective of quantum computing measurement and control technology, Dr. Haichuan Lin pointed out that precision measurement and control system is the core hardware for measuring and controlling quantum bits, and it is also an indispensable core hardware for quantum computers. He introduced the basic principles and requirements of superconducting, silicon spin and ion trap quantum bit measurement and control, and pointed out that as quantum computing enters the era of 100+ bits, the demand for measurement and control of hundreds of bits will increase, and this trend creates better market prospects for promoting the continuous improvement and development of quantum computer measurement and control technology. About the current situation of quantum computing measurement and control market, Dr. Haichuan Lin summarized the existing domestic and foreign quantum computing measurement and control brands and related product parameters, and made a clear comparison and summary of the product parameters of existing computing measurement and control solutions at home and abroad.

At the same time, Dr. Haichuan Lin introduced in detail the normal temperature measurement and control solutions of SMIT. As a leading quantum technology company in China, SMIT recently launched a new generation of quantum computing measurement and control system QCS1000 and its series of optional units, which supports superconducting quantum computing with hundreds of quantum bits. It has good scalability and software ease of use.

Expandable ambient temperature quantum measurement and control system

ZW-QCS1000 consists of several standard 1U-sized option units, including low-noise voltage unit, AWG unit, RF-AWG unit, quantum analysis unit, microwave source unit, DDS unit, and nine other option units (listed below), which can provide cost-effective, optional, and flexible configurable room temperature measurement and control according to the number of quantum bits for quantum computing of various physical systems. solutions.

Option unit for ZW-QCS1000

Typical application of QCS1000 room temperature quantum measurement and control system: measurement and control of superconducting quantum bits

Finally, Dr. Haichuan Lin said that the future layout of SMIT's quantum measurement and control technology plan covers all stages of quantum computer development, involving two major technical routes: low-temperature measurement and control and room-temperature measurement and control.

In terms of room temperature measurement and control, on the basis of hundreds of bits of scalable quantum computing measurement and control, SMIT is now continuing to promote the next generation of miniaturized, low-cost product development, and is expected to achieve the coverage of room temperature quantum computing measurement and control capability within two years.

In terms of low-temperature (liquid helium 4K) measurement and control systems, SMIC is working on low-temperature CMOS integrated circuit measurement and control technology, aiming at achieving very low-temperature integrated quantum computing measurement and control array chips of over 1,000 quantum bits scale, serving for practical quantum computer hardware, and has completed several rounds of chip flow and testing.

 Roadmap for SMIT's Quantum Computing Measurement and Control System

03A comprehensive overview of the quantum computing industry, SMIC continues to help measurement and control

This summit has provided a powerful exploration and comprehensive overview of the quantum computing industry, and as an upstream company in the industry, SMIC has strengthened its development direction and pursuit goals.

Since its establishment, SMIT has been committed to developing independent and controllable quantum computing measurement and control technology, and already has its own mature technology and products in the field of measurement and control of hundreds of quantum bits. The company said that it will continue to explore the development and launch of 1000 quantum bits measurement and control system products in the future, and at the same time, make its own contribution to the flourishing development of quantum computing industry.