Significant progress has been made in physics research. The Max Planck Institute in Germany has successfully developed the world’s most sensitive quantum sensor, achieving detection precision at the single-atom level, which will bring revolutionary changes to fields such as material science and biomedicine. This new type of sensor is based on nitrogen-vacancy centers in diamonds … Read more
Click the blue text above to follow us!According to the latest issue of Nature Communications, a research team led by the University of Washington has developed a quantum sensor that can operate stably under extreme conditions exceeding 30,000 times atmospheric pressure, achieving high-sensitivity measurements of material stress and magnetism. This is the first quantum sensor … Read more
The world of quantum physics is inherently mysterious, but what happens when subatomic particles are subjected to immense pressure? It turns out that observing quantum effects in a pressured environment is not an easy task, primarily because designing sensors that can withstand extreme forces is highly challenging.Recently, a team of physicists from the University of … Read more
The following content is from phys.org, original paper DOI: 10.1038/s41467-025-63535-7The world of quantum physics is inherently mysterious, but what happens when subatomic particles are subjected to extreme pressure? It turns out that observing quantum effects in a high-pressure environment is not an easy task, and the reason is simple: designing sensors that can withstand extreme … Read more
One of the key requirements for developing modern integrated quantum sensor devices is to seamlessly integrate the sensors into existing tool systems. In the field of high-pressure science, the recently introduced nitrogen-vacancy (NV) centers in diamond anvil cells (DAC) provide a powerful demonstration, enabling in-situ characterization of stress and magnetism under extreme pressures, thus promoting … Read more
|Author: Guo Hong1,† Wu Teng1 Luo Bin2 (1 Peking University, School of Electronics, Quantum Information Technology Center) (2 Beijing University of Posts and Telecommunications, School of Electronic Engineering, State Key Laboratory of Information Photonics and Optical Communications) Abstract As one of the three core quantum technologies today, quantum sensing technology serves as an important physical … Read more
|Authors: Guo Hong1,† Wu Teng1 Luo Bin2 (1 Peking University, School of Electronics, Quantum Information Technology Center) (2 Beijing University of Posts and Telecommunications, School of Electronic Engineering, National Key Laboratory of Information Photonics and Optical Communication) This article is selected from “Physics” 2024 Issue 4 Abstract As one of the three core quantum technologies … Read more
The quantum sensors developed by QST utilize laser irradiation (provided by QST) and will be mass-produced by the Japan Quantum Science and Technology Agency. The team at this agency successfully used quantum sensors made from diamonds to precisely measure temperature changes in cells. If changes in temperature and other factors within cells can be observed … Read more
This article is based on the latest industry report from August 2025 titled “Growth Opportunities in Wearable Biosensors, RADAR Sensors, Weather Sensors, UV Spectroscopy, Quantum Sensors, LiDAR Sensors and SAW Sensors” and introduces 10rapidly developing cutting-edge sensor technologies, detailing the problems they solve, the companies developing them, and their future prospects.In simple terms: sensor technology … Read more
🌐 Market Dynamics and Corporate Collaboration: Building an Ecosystem in Silence Today, the capital market and corporate collaboration in the sensor industry are relatively calm, with no official announcements regarding major corporate mergers and acquisitions (M&A) detected. The search results do not include any information on designated acquirers, target companies, or transaction amounts related to … Read more