Read article: New superconductor has record breaking current density
New superconductor has record breaking current density
Rare-earth barium copper oxide structure also has the highest pinning force ever reported
Read article: New superconductor has record breaking current density
Read article: Magnetically controlled prosthetic hand restores fine motion control
Magnetically controlled prosthetic hand restores fine motion control
The first user of a myokinetic prosthesis was able to perform everyday actions such as pouring water into a glass, opening a jar, tying shoelaces and grasping fragile objects
Read article: What happens when a warp drive collapses?
What happens when a warp drive collapses?
It emits gravitational waves, say physicists
Read article: Carbon defect in boron nitride creates first omnidirectional magnetometer
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: Dancing humans embody topological properties
Dancing humans embody topological properties
Choreographed high school students have fun simulating curious phase of matter
Read article: Improved antiproton trap could shed more light on antimatter-matter asymmetry
Improved antiproton trap could shed more light on antimatter-matter asymmetry
Maxwell's demon cooling trap measures the magnetic moment of antiprotons with higher precision than ever before
Read article: Electro-active material ‘learns’ to play Pong
Electro-active material ‘learns’ to play Pong
Memory-like behaviour emerges in a polymer gel
Read article: To make Mars warmer, just add nanorods
To make Mars warmer, just add nanorods
Releasing engineered nanoparticles into the Martian atmosphere could warm the planet by over 30 K
Read article: Twisted fibres capture more water from fog
Twisted fibres capture more water from fog
New finding could allow more fresh water to be harvested from the air
Read article: Quark distribution in light–heavy mesons is mapped using innovative calculations
Quark distribution in light–heavy mesons is mapped using innovative calculations
Form factors can be tested by collider experiments
