Interferometry | QuantumWire

Quantum Space Sensor to Fight Climate Change

Quantum Space Sensor to Fight Climate Change

NASA Demonstrates ‘Ultra-Cool’ Quantum Sensor for First Time in Space

NASA Demonstrates ‘Ultra-Cool’ Quantum Sensor for First Time in Space

Quantum Sensing Milestone Draws Closer to Exquisitely Accurate, GPS-Free Navigation

Quantum Sensing Milestone Draws Closer to Exquisitely Accurate, GPS-Free Navigation

Interferometry

Tight Light Helps Quantum Sensing Get Ready for the Field

Technology September 13, 2026
A New Way to Measure Quantum States Across Space and Time

Technology September 4, 2026
Detecting the Body’s Magnetic Fields With a Low-Power Ramsey-Based magnetometer

Technology July 24, 2026
Oxford and the Search for Dark Matter

Technology July 21, 2026
TU Wien Develops Novel Neutron Optical Instrument

Technology July 14, 2026
New Quantum Experiment Overcomes Major Obstacle in Search for Dark Matter and Gravitational Waves

Industry June 18, 2026
It Takes Two Combs to Tango

Industry May 27, 2026
Advancing Gravitational Wave Detectors by Increasing Their Resilience to Scattered Light Induced Noise

Technology April 30, 2026
GraviQ: Building Poland’s First Network of Mobile Quantum Gravimeters

Industry April 15, 2026
Bringing Back a Phase From the Many-Body World

Industry April 13, 2026
Quantum Ground State of Rotation: For the First Time in Two Dimensions

Industry April 7, 2026
Internationally Recognized Quantum Sensing Pioneer, Malo Cadoret, Joins Q-CTRL to Accelerate Quantum Navigation Solutions for Maritime Environments

Industry February 11, 2026
Atomic Spins Set Quantum Fluid in Motion

Industry January 30, 2026
EPFL Researchers Showcase Quantum Theory Breakthroughs at QIP 2026

Industry January 27, 2026
Metal Clumps in Quantum State: Vienna Research Team Breaks Records

Industry January 23, 2026