2023 Global Quantum Precision Measurement Industry Development Prospect

icv    Research    Quantum    annual report    2023 Global Quantum Precision Measurement Industry Development Prospect

 

This report lists the progress that is important for the future development of quantum precision measurement by sorting out the industry progress and scientific and technological progress. For example, the United States released the independent strategic plan report of the quantum precision measurement industry for the first time; The quantum time measurement has made breakthroughs and progress in many aspects; The industrialization of quantum gravimeter and quantum gradiometer has made remarkable progress, and the quantum gravity measurement market will usher in three major growth factors. In 2022, the path of quantum precision measurement technology will blossom. With the continuous iteration of the engineering prototype of quantum precision measurement, more and more machines are coming out of the laboratory and moving towards productization.

 

The article also analyzes the development direction of the current main technical path, including: quantum clock, quantum magnetometer, quantum gravimeter, quantum gravity gradiometer, quantum gyroscope, quantum accelerometer, quantum radar, atomic antenna (field intensity meter). The investment and financing analysis and market scale calculation from 2020 to 2022 are also given. The global quantum precision market size is expected to increase from US $1.12 billion in 2019 to US $2.527 billion in 2030. The market size shows a rising trend with a CAGR of 7.97%. From the perspective of analysis, research and analysis are carried out not only from various application fields, but also from various technical paths.  Such as diamond NV center technology, cold atom technology, spin-exchange relaxation free(SERF),Optical pumping magnetometer(OPM), etc.

 

 

Development Prospect of Global Quantum Precision Measurement Industry

1. Industry Research Definition

1.1 Origin of Quantum Precision Measurement

1.2 Introduction to Quantum Precision Measurement

2. Industry Progress

2.1 Main Progress

2.1.1 The United States Released the Independent Strategic Plan Report of The Quantum Precision Measurement Industry for The First Time

2.1.2 Breakthrough and Progress in Quantum Time Measurement

2.1.3 The Industrialization of Quantum Gravimeter and Quantum Gradiometer Has Made Remarkable Progress, and The Quantum Gravity Measurement Market Will Usher in Three Major Growth Factors

2.2 Development Status

2.2.1 Quantum Clock

2.2.2 Quantum Magnetometer

2.2.3 Quantum Gravity Measuring Instrument

2.2.4 Quantum Inertial Measuring Instrument

2.2.5 Quantum Radar

2.2.6 Quantum Antenna

3. Industrial Chain

3.1 Upstream Analysis of Industrial Chain

3.2 Midstream Analysis of The Industrial Chain

3.2.1 Quantum Clock Atlas

3.2.2 Introduction to Main Companies of Quantum Clock

3.2.3 Quantum Magnetic Field Measurement Company Atlas

3.2.4 Introduction to Main Companies of Quantum Magnetic Field Measurement

3.2.5 Quantum Gravimetric Atlas

3.2.6 Introduction of Main Quantum Gravity Measurement Companies

3.2.7 Introduction to Main Companies of Other Quantum Precision Measuring Instruments

3.3 Downstream Analysis of Industrial Chain

4. Investment and Financing

4.1 Historical Financing Transactions and National Policy Analysis

4.1.1 National Policies for Investment and Financing

4.1.2 Investment and Financing forecast

4.1.3 Number of Investment and Financing Rounds

4.2 Global Financing Analysis of Quantum Precision Measurement

4.3 Financing Analysis of Global Technology Path for Quantum Precision Measurement

4.4 Financing Analysis of Global Application Direction of Quantum Precision Measurement

5. Market Size Analysis

5.1 Prediction of Global Market Size of Quantum Precision Measurement

5.2 Global Market Analysis of Quantum Clock

5.2.1 Prediction of Global Market Size of Quantum Clock

5.2.2 Analysis of Global Market Share of Quantum Clock

5.3 Global Market Size Analysis of Quantum Magnetometers

5.3.1 Prediction of Global Market Size of Quantum Magnetometer

5.3.2 Analysis of Global Market Share of Quantum Magnetometer

5.4 Global Market Size Analysis of Quantum Gravimeter

5.4.1 Prediction of Global Market Size of Quantum Gravimeter

5.4.2 Analysis of Global Market Share of Quantum Gravimeter

 

Sensor technology is at the forefront of modern technology. Many countries have regarded sensor technology, along with communication and computer technology, as equally important and referred to them as the three pillars of information technology. Quantum sensors, in particular, represent a disruptive and revolutionary technology in the field of sensing. They have been hailed as a "multiplier" for industrial production and a "pathfinder" for scientific research.

 

Earlier this year, our organization, in conjunction with Photon Box, released the "Global Quantum Metrology and Sensing Industry Development Report for 2022," which gained widespread attention due to the wide-ranging application of quantum precision measurement. The report was compiled based on the research framework of quantum computing and quantum communication and is currently the industrys first comprehensive industrial research report on quantum precision measurement. It has drawn considerable attention within the quantum sensor industry, and as a result, we have decided to continue our annual updates to the quantum precision measurement industry report to further contribute to the field.

 

This year, our research team has continued to conduct in-depth research on the quantum precision measurement industry, and we have achieved excellent results. We will change our focus on quantum sensors that have already been realized. Our main industry chain analysis will focus on more mature areas such as time measurement, gravity measurement, and magnetic field measurement. These areas mainly include atomic clocks, cold atom interferometry gravity meters, and optical magnetometers. Other quantum sensors that are not yet mature or currently receive less attention will be categorized as "others," such as quantum optical devices, quantum radar, and atomic antennas.

 

Report Link:2023 Global Quantum Precision Measurement Industry Development Prospect

Contact details:
No: +1 929 530 5901
Email: infer@icvtank.com
Visit Our Website: http://www.icvtank.com/
Address: 5250 Fairwind Dr. Mississauga, Ontario, L5R 3H4, Canada