Physicists reveal new way of cooling large objects with light
Demonstration could lead to "stable optical springs" for gravitational-wave detectors
Read article: Physicists reveal new way of cooling large objects with light
Read article: Physicists reveal new way of cooling large objects with light
Interfering atoms measure gravity’s curvature
Gravity measured at three different heights
Read article: Interfering atoms measure gravity’s curvature
The world of physics in 2015
Find out more about the key physics events of the coming year – and those we predict might happen
Read article: The world of physics in 2015
Colliding Bose–Einstein condensates vanish from sight
Matter-wave solitons pass straight through each other
Read article: Colliding Bose–Einstein condensates vanish from sight
Watch Deborah Jin’s Newton lecture on ultracold gases
Lively lecture is a must-see
Tabletop experiment could detect gravitational waves
Tiny device could beat LIGO to detecting ripples in space–time, say physicists
Read article: Tabletop experiment could detect gravitational waves
High-gain optical transistors flipped by just one photon
Devices created using Rydberg states of ultracold atoms
Read article: High-gain optical transistors flipped by just one photon
Physicists seek to cut helium costs
Consortium puts forward helium brokerage plans
Read article: Physicists seek to cut helium costs
Using magnetic cooling for ‘green’ refrigeration
More efficient energy consumption one advantage of technique
Read article: Using magnetic cooling for ‘green’ refrigeration
A quantum accelerometer is being built for navy submarines
Atomic interference will guide vessels without GPS
Read article: A quantum accelerometer is being built for navy submarines
