1、Copyright 2024 by ICV TAnK.This work may not be reproduced or distributed in any form or by any means without express written permission of the publisher.Quantum Gravimeter&Quantum Gravity Gradiometer ReportOctober,2024ForewardQuantum gravity measurement,as a significant branch of quantum precision

2、measurement technology,has made remarkable progress in recent years.It is gradually transitioning from the stages of theoretical concepts and experimental verification to commercialization and practical application.This report aims to provide a comprehensive overview of the development history,curre

3、nt status,and future trends of quantum gravity measurement,exploring its application potential and challenges across various fields.It also offers a detailed analysis of the latest developments from key global enterprises and research institutions.Quantum gravity measurement utilizes advanced techno

4、logies such as atomic interferometers to achieve precise measurements of the Earths gravitational field,characterized by high sensitivity,stability,and drift-free performance.Since the 1970s,quantum gravity measurement has evolved continuously,from laser cooling technology to atomic fountain gravime

5、ters,and more recently to quantum gravity gradiometers.In recent years,with rapid technological advancements and steadily growing market demand,quantum gravity measurement has shown vast application potential in fields such as geological exploration,resource detection,national defense,and environmen

6、tal monitoring.This report will be structured as follows:It will first outline the key milestones in the industrys development,discussing the technological breakthroughs and market expansion of quantum gravimeters and gradiometers.Next,it will analyze the current state of product development,discuss