Quantum Gravity Measurement Instrument Market Research Report

The main content of this report is to analyze the quantum gravity measurement instruments market, including theoretical scientific research, major enterprises, key applications, industry status (research needs, military needs), future trends and other content for analysis and forecasting.

The principle of quantum gravity sensors is to use laser and magnetic fields to capture and control the quantum state of cold rubidium atoms in a vacuum environment, and to measure the gravitational field and gravitational gradient field by measuring the atomic ratio of different energy levels.

Quantum Gravity Instruments mainly divided into two types of precision measuring instruments: Quantum Gravimeter (QG) and Quantum Gravity Gradiometer (QGG). Quantum Gravimeter (QG) refers to Atom Gravimeter, Quantum Gravity Gradiometers (QGG) refers to the Atom Gravity Gradiometer.

At present, the technical advantages of quantum gravimeters have been demonstrated, and the gradual maturity of commercialization will bring an increasing trend in market share.

ICV predicts that the quantum gravity measurement market will be worth $127.41 million in 2022 and will reach $231.85 million in 2025, at a CAGR of 17.03%. ICV mentioned that the main breakthrough point of the quantum gravity measurement market will be in 2023. Because the global technology maturity and commercialization of QG will be further improved, and QGG has already appeared the first commercial product in 2022.

According to the industry characteristics, this article will be divided into two types to elaborate: quantum gravimeter and quantum gravity gradiometer. This article analyzes the main application areas of the product, as well as the consumption scale, development status and future trends in different fields. The application fields are classified as military, laboratory research, and commercial applications. According to the type of platform, it can be divided into Vehicle, ship, airborne and satellite platforms. Regions are divided into North America, Europe, Asia Pacific and others.

This public report presents only a portion of the data and research analysis. In the market share & Industry analysis (part), the data shows that ICV's share of the application market in 2025 predicts that quantum gravity measurement instruments will be mainly used in the military field, up to 51% (the statistics include gravity mapping applications and spaceborne gravity instrument). Second, the share used for research accounted for 27%. The rest is 23% of the gasoline exploration-related civilian market.

This article also estimates the market share of different regions in 2025, of which North America accounts for up to 49%, Asia-Pacific accounts about 27%, Europe accounts for 21%, and Others account for 3%. The full content also estimates analysis and trend analysis in different areas. The article also estimates the division of quantum gravimeters and quantum gravity gradiometers on different platforms. (If you need more data information with analysis content, you can contact us for report customization service.)

Compared with classical instruments, quantum gravity measurement instruments have many advantages such as high precision, low drift, and no mechanical wear. Therefore, QG and QGGs are recognized as the next generation of gravity measurement instruments. Classical measurement sensors are being seriously threatened by the commercialization of quantum sensors, and China is expected to become the biggest winner in the quantum gravity measurement market.\

The United States, Germany, China, Japan, the United Kingdom and other countries started early in the research and development of quantum precision measurement technology, and their research level has always been at the commanding heights of cutting-edge technology, especially in the field of gravity and geophysical detection. And equipment iteration, the technology level is relatively advanced, and the equipment is mature.

China's gravity measuring instrument market is currently monopolized by other countries' technology. The main imported commercial absolute gravimeter is the FG5-X produced by Micro-g Lacoste in the United States. At present, Chinese local enterprises are completing the transformation of quantum gravimeters from laboratory to commercialization, and are expected to achieve "overtaking on curves" in the field of gravity precision measurement through quantum information technology to break the monopoly situation, and thus enter the precision measurement instrument industry. In the long run, there may be a turning point in the competitive landscape of the global precision measurement industry.

From the International Intercomparison of Absolute Gravimeters (ICAG) data in the figure below, it can be concluded that with the decrease in the number of classical gravimeters and the increase in quantum gravimeters, the world is gradually paying more attention to the development of cold atom gravimeters.

This paper focuses on major companies and research institutes around the world, analyzing their product types, market positioning, market size and future prospects and companies. The main players of quantum gravity measurement instruments include: AOSense (US), M squared (UK), Atomionics (Singapore), iXblue (France), Muquans (France, acquired by IXblue), QuantumCTek (China), CAS Cold Atom (China), Mugaltech Quantum (China), Nomad Atomics (Australia), the global distribution is shown in the figure below.

At present, quantum gravity measurement instruments are completing the transition from laboratory to commercialization. Among them, the main research institutions of quantum gravimeters have completed the transformation from laboratory to commercialization, and companies in the United States, France, China, and Singapore have launched various types of commercial quantum gravimeters. The commercialization of the quantum gravity gradiometer started relatively late. According to public information, the first quantum gravity gradiometer was released in May 2022 and was produced by the French company iXblue.

Table of Contents

Foreword

Research Objectives, Scope and Methodology of The Report

1 Definition and Technical Principle of Quantum Gravity Measurement Instrument Industry

2 Main Products and Development Status of Quantum Gravity Measurement Instrument Industry

2.1 Quantum Gravimeter (Cold Atom Absolute Gravimetry) Development Status

2.2 Quantum Gravity Gradiometer (Cold Atom Gravity Gradiometer Gradiometer) Development Status

3 Analysis of The Business Model of Quantum Gravity Measurement Market

3.1 Market Characteristics and Business Mode of Quantum Gravity Measuring Instruments (Theoretical Research, Military Scenarios, etc.)

3.2 Major Companies in Quantum Gravity Measurement

3.3 Industry Competitive Landscape of Quantum Gravity Measurement

3.4 Analysis of Substitutes of Quantum Gravity Measuring Instrument Industry

3.5 Complementary Types of Quantum Gravity Measuring Instrument Industry (Gravity Magnetic Field Sensor)

4 Industry Chain Analysis by Different Types of Products

4.1 Upstream, Midstream and Downstream Analysis of Quantum Gravimeter Industry Chain

4.2 Upstream, Midstream and Downstream Analysis of Quantum Gravity Gradiometer Industry Chain

5 Market Size of Quantum Gravity Measurement Instrument

5.1 Market Potential Analysis

5.2 Industry Market Concentration

5.3 Market Trend Analysis

5.4 Quantum Gravity Measuring Instrument Industry Market Size, Share, forecast

6 Summary and Trend forecast

7 Quantum Gravity Measuring Instrument Industry Investment Strategy Analysis

7.1 Overall Evaluation of Quantum Gravity Measuring Instrument Industry Investment

7.2 Investment Strategy of Quantum Gravity Measuring Instrument Industry

List of Exhibit

Exhibit: Definition and Classification of Quantum Gravity Measuring Instruments

Exhibit: information About Scientific Research institutes and Companies

Exhibit: Characteristics of Quantum Gravity Measuring Instrument Market Production by Countries

Exhibit: Market Demand for Quantum Gravity Measuring Instruments At Home and Abroad

Exhibit: Main Product Structure of The Current Domestic Quantum Gravity Measuring Instrument Market

Exhibit: Ranking and Market Share of Major Companies of Quantum Gravity Measuring Instruments

Exhibit: Main Business Models of Gravity Measuring Instrument Industry

Exhibit: Major Companies and Distribution of Quantum Gravity Measuring Instruments At Home and Abroad

Exhibit: Competitiveness Scores of Major Companies

Exhibit: Growth Companies and Distribution of Quantum Gravity Measuring Instruments At Home and Abroad

Exhibit: Competitiveness Score of Growth Company

Exhibit: Total Market Share of Related Products

Exhibit: Market Share of Quantum Gravity Measuring Instruments Enterprises

Exhibit: 2019-2025 Market Scale and Growth Rate forecast of China's Quantum Gravity Measuring Instrument Industry

Exhibit: 2019-2025 Global Quantum Gravity Measuring Instrument Industry Market Scale and Growth Rate forecast

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