Magnetically launched atoms sense motion
New method in atom interferometry is used for inertial sensing
Read article: Magnetically launched atoms sense motion
Read article: Magnetically launched atoms sense motion
Century-old photoelectric effect inspires a new search for quantum gravity
Proposed experiment could demonstrate absorption and emission of individual gravitons
Read article: Century-old photoelectric effect inspires a new search for quantum gravity
Carbon defect in boron nitride creates first omnidirectional magnetometer
Quantum sensor can detect magnetic fields in any direction and monitor temperature changes in a sample at the same time
Read article: Carbon defect in boron nitride creates first omnidirectional magnetometer
Quantum brainwave: using wearable quantum technology to study cognitive development
Margot Taylor and David Woolger explain to Physics World why quantum-sensing technology is a game-changer for studying children’s brains
Read article: Quantum brainwave: using wearable quantum technology to study cognitive development
Quantum sensor detects magnetic and electric fields from a single atom
New device is like an MRI machine for quantum materials, say physicists
Read article: Quantum sensor detects magnetic and electric fields from a single atom
Quantum sensors monitor brain development in children
This podcast explores how quantum technologies are revolutionizing medicine
Read article: Quantum sensors monitor brain development in children
Quantum-entangled photons are super-sensitive to Earth’s rotation
Sagnac interferometer experiment prepares the ground for testing the effects of gravity on quantum states
Read article: Quantum-entangled photons are super-sensitive to Earth’s rotation
Next-generation quantum sensors detect human biomagnetism
Researchers are developing novel sensors that might be applied to next-generation magnetoencephalography systems
Read article: Next-generation quantum sensors detect human biomagnetism
Magnetic trap keeps a superconducting microsphere levitated and stable
Similar set-up could form the basis for precise quantum sensors and even dark-matter detectors
Read article: Magnetic trap keeps a superconducting microsphere levitated and stable
Giant orbital magnetic moment appears in a graphene quantum dot
New discovery could be important for quantum information science and magnetic field sensing
Read article: Giant orbital magnetic moment appears in a graphene quantum dot
