Tiny terahertz accelerator could rival huge free-electron lasers
Thumbnail-sized modules could improve materials research if output can be boosted
Read article: Tiny terahertz accelerator could rival huge free-electron lasers
Read article: Tiny terahertz accelerator could rival huge free-electron lasers
Silicon quantum logic gate is a first
Device uses electron spin and is made by conventional semiconductor manufacturing processes
Read article: Silicon quantum logic gate is a first
Ultrathin transistor can be turned on with a tiny voltage
New tunnelling device gets around fundamental limit on performance
Read article: Ultrathin transistor can be turned on with a tiny voltage
Ultrafast detector spies on multiple electrons in quantum dots
New device could lead to more efficient solar cells
Read article: Ultrafast detector spies on multiple electrons in quantum dots
How to put neutrons into a twist
Particle beam with orbital angular momentum could test the foundations of quantum mechanics
Read article: How to put neutrons into a twist
Could ‘Schrödinger’s bacterium’ be placed in a quantum superposition?
Physicists explain how to bring a famous thought experiment to life
Read article: Could ‘Schrödinger’s bacterium’ be placed in a quantum superposition?
Kirigami solar cells follow the Sun
Simple new design cheaply increases solar-cell efficiency
Read article: Kirigami solar cells follow the Sun
Levitating diamonds could improve motion sensors
Hybrid quantum system combines light, motion and spin
Read article: Levitating diamonds could improve motion sensors
Protein pulling reveals a new way that molecules resist external forces
Atomic-force-microscopy study could help in the development of protein-inspired machines
Read article: Protein pulling reveals a new way that molecules resist external forces
World’s thinnest diffraction gratings made from graphene
Ultrathin nano-gratings produce high-contrast interference patterns of massive molecules
Read article: World’s thinnest diffraction gratings made from graphene
