Quantum Computing Series Report-Overview of Quantum Computing

ICV ꄲ article backup ꄲ Quantum Computing Series Report-Overview of Quantum Computing

Through this report, you will learn about "what is quantum computing", "what is quantum computer", "technical route and main participants of quantum computing", "development status of global quantum computing" and "development status of quantum computing in China".

This report is the first issue of quantum computing series report issued by ICV Tank Research Institute. The following will introduce the quantum computing industry in detail from the aspects of complete machine, hardware, software, algorithm, cloud platform and industrial applications (finance and medicine).

CONTENTS

Chapter 1 Introduction to Quantum Computing

I. Quantum Information Theory

II. Quantum Computing and Classical Computing

III. Application Prospect of Quantum Computing

Chapter 2 Construction of Quantum Computer

I. Necessary Conditions for Constructing Quantum Computing

II. Quantum Computer Infrastructure

Chapter 3 Technical Route and Main Participants of Quantum Computing

I. Quantum Computing Technology Route

II. Key Players in Quantum Computing

Chapter 4 Current Situation of International Quantum Computing Industry

I. Development Route of Quantum Computer

II. Market Scale of Quantum Computers

Chapter 5 Current Situation of China's Quantum Computing Industry

I. Policy Support for Quantum Computing in China

II. Investment in Quantum Technology in China

LIST OF FIGURES

Figure 1 Quantum Computing and Other Interdisciplinary Development of New Disciplines

Figure 2 Difference Between Classical Bit (left) and Quantum Bit (right)

Figure 3 Difference of Bit Processing between Classical Computer and Quantum Computer

Figure 4 Difference between Linear Operation (2n) and Exponential Operation (2n)

Figure 5 Categories of Problems Expected to be Solved by Quantum Computing

Figure 6 Three Fields of Quantum Computing Applications

Figure 7 Quantum Computer Infrastructure

Figure 8 Core Hardware of Rigetti Superconducting Quantum Computer

Figure 9 Bluefors LD-400 Dilution Refrigerator Group Diagram

Figure 10 Application Scenario and Details of Coaxial Cable

Figure 11 Low Temperature CMOS (Complementary Metal Oxide Semiconductor) Technology

Figure 12 IBM Quantum Computer Development Roadmap

Figure 13 Google Artificial Intelligence Quantum Hardware Roadmap

Figure 14 Hardware Roadmap of Honeywell Quantum Computer

Figure 15 Quantum Computing Industry Ecosystem

LIST IF TABLES

Table 1 Technical Route of Quantum Computing Implementation

Table 2 Relevant Policies of the Central Government to Support the Development of Quantum Computing or Quantum Technology

Table 3 Relevant Policies of Local Governments to Support the Development of Quantum Computing or Quantum Technology

Table 4 Summary of key Special Data of "Quantum Regulation and Quantum Information" in 2016-2020

Table 5 Investment of Chinese Local Governments in the Development of Quantum Technology

Technical routes of quantum computing implementation：

Physical Realization of Quantum Computers	Users
Superconducting Circuits	IBM，Google，Rigetti，D-Wave，Intel，NEC，QCI，Oxford Quantum，China University of Science and Technology, Benyuan quantum, GuoDun quantum, Quantum Spin Technology, Institute of Physics, Chinese Academy of Sciences, Zhejiang University, Beijing Quantum Institute, etc
Trapped-Ion	Honeywell，IonQ，MIT，Atos，Harvard University，NIST，National Laboratory, Beijing Quantum Institute, Qike Quantum, Tsinghua University，Alpine Quantum Technologies，etc
Photon	China University of Science and Technology, Turing Quantum, Bose Quantum, Xanadu, Psiquantum, HP, Oxford University，etc
Neutral Atom	ColdQuanta，Atom Computing，PASQAL，QuEra，China University of Science and Technology，etc
Silicon Spin	Intel，Benyuan Quantum，Silicon Quantum Computing，etc
Topology	Microsoft，Raytheon、Institute of Physics of Chinese Academy of Sciences、Beijing Quantum Institute，etc
Nitrogen-Vacancy Center	QDTI，Delft University of Technology，THALES，Quantum Brilliance，etc