Scientific FrontlineMar 5
A diagnostic technique employing zero-to-ultra-low-field nuclear magnetic resonance (ZULF NMR) enables the non-destructive evaluation of electrolyte composition and volume inside sealed rechargeable batteries.
#Chemistry #PhysicalChemistry #QuantumSensing #MaterialsScience #Electrochemistry #sflorg
https://www.sflorg.com/2026/03/chm03052601.html
Non-destructive battery testing using special nuclear magnetic resonance techniques

International research team involving the GSI Helmholtzzentrum für Schwerionenforschung and JGU develops new diagnostic method

Reddit Tech VN BotNov 12

Nghiên cứu mới về spin squeezing trong tập hợp các tâm nitơ-vacancy trong kim cương có thể dẫn đến cảm biến lượng tử thế hệ tiếp theo mạnh mẽ, compact và sẵn sàng cho sử dụng thực tế #SpinSqueezing #LượngTử #CảmBiến #QuantumSensing #NitrogenVacancy #Diamond

https://www.reddit.com/r/singularity/comments/1ouunw2/spin_squeezing_in_an_ensemble_of_nitrogenvacancy/

MUDASSAR SALEEMOct 23

Quantum sensing transforms atoms into ultra-sensitive detectors that see the invisible. From mapping brain activity in real-time to navigating without GPS, these quantum sensors achieve precision classical technology can't match, revolutionizing medicine, defense, and discovery. Read now! #QuantumSensing #PrecisionPhysics #QuantumTech #FutureTech

http://learningbreeze.com/physics/quantum-sensing-how-physics-is-turning-into-ultra-sensitive-detectors/

Quantum sensing: Modern Physics with Ultra-Sensitive Detectors

Explore how quantum sensing turns physics into ultra-precise detectors. Simple explanation, and why it’s the future of modern physics.

learningbreeze.com
Yonhap Infomax NewsSep 21, 2025
DGIST has announced a three-pronged strategy focusing on Physical AI, Human Digital Twin, and Quantum Sensing, aiming for global top-five status by 2035, while accelerating world-class AI talent development through a new AI college and government-backed research fellowships.
#YonhapInfomax #DGIST #PhysicalAI #QuantumSensing #AICollege #GlobalTopFive #Economics #FinancialMarkets #Banking #Securities #Bonds #StockMarket
https://en.infomaxai.com/news/articleView.html?idxno=82714
DGIST Unveils Three-Pronged Strategy Including Physical AI—Accelerates AI Talent Development

DGIST has announced a three-pronged strategy focusing on Physical AI, Human Digital Twin, and Quantum Sensing, aiming for global top-five status by 2035, while accelerating world-class AI talent development through a new AI college and government-backed research fellowships.

Yonhap Infomax
Ars Technica NewsAug 22, 2025
US military’s X-37B spaceplane stays relevant with launch of another mission https://arstechni.ca/L7Pp #lasercommunications #quantumsensing #militaryspace #USSpaceForce #spaceplane #Science #falcon9 #Boeing #launch #spacex #Space #X-37b
US military’s X-37B spaceplane stays relevant with launch of another mission

The X-37B spaceplane is flying missions few would have foreseen when the program began.

Ars Technica
GeekooJun 4, 2025

This atomically thin sensor can see magnetic fields like never before—no diamonds required. #QuantumSensing #2DMaterials #Magnetometry

https://geekoo.news/2d-quantum-sensor-opens-new-era-in-magnetic-field-imaging/

2D Quantum Sensor Opens New Era in Magnetic Field Imaging | Geekoo

Cambridge researchers have developed a room-temperature quantum sensor using 2D hexagonal boron nitride, unlocking high-resolution vectorial magnetic field detection.

Geekoo
GeekooJun 1, 2025

This diamond sees what no other sensor can. Quantum imaging unlocks the secrets of energy loss in next-gen electronics. #quantumsensing #materialscience #powerefficiency

https://geekoo.news/quantum-sensing-reveals-hidden-energy-losses-in-electronics/

Quantum Sensing Reveals Hidden Energy Losses in Electronics | Geekoo

Diamond-based quantum imaging reveals how energy is lost in power electronics, helping scientists design more efficient next-gen components.

Geekoo
Mainz UniversityMay 25, 2025

Green light for Europe's first ion-trap-chip pilot line: Milestone for the stabilization and strengthening of quantum technology fabrication, bolstering Europe's technological sovereignty 👉 https://press.uni-mainz.de/green-light-for-europes-first-ion-trap-chip-pilot-line/ @bmftr_bund

#QuantumTechnology #QuantenComputer #IonTrap #QuantumProcessor #QuantumSensing #QuantumCommunication #QuantumComputing #IonTraps

Green light for Europe’s first ion-trap-chip pilot line | Press and Public Relations

Johannes Gutenberg University Mainz
Guided matter waves lab 🇺🇦Apr 15, 2025

When Knut tried to to something completely different, he came across an interesting arrangement using matter-wave arrays to do inertial sensing and EM field measurements - read up here
#quantum #quantumsensing

Multi-axis inertial sensing with 2D matter-wave arrays
https://quantumsensing.de/2025/04/15/multi-axis-inertial-sensing-with-2d-matter-wave-arrays/

Multi-axis inertial sensing with 2D matter-wave arrays

Atom interferometry is an exquisite measurement technique sensitive to inertial forces. However, it is commonly limited to a single sensitive axis, allowing high-precision multi-dimensional sensing…

quantumsensing.de
MaaburMar 28, 2025
Can cells break the laws of thermodynamics?
Our preprint investigates the current scientific controversy. Using our nanosensor, we addressed unexpected artifacts and measured temperature with record accuracy inside cells.
https://www.researchsquare.com/article/rs-6074308/v1
The remarkable work from P. Maurer's lab also independently reports similar artifacts.
https://arxiv.org/abs/2503.20816
#quantumsensing #nanodiamond #NVcentre #arxiv #thermodynamics #nanothermometry #nanotechnology #research #quantum #science #preprint
Investigating intracellular heating rates with millikelvin nanothermometry

Nanothermometry within living cells is an important endeavour in physics,as the mechanisms of heat diffusion in such complex and dynamic environments remain poorly understood. In biology, nanothermometry may offer new insights into cellular biology and open new avenues for drug-discovery. Previou...