Entangling tiny drum’s beat with microwaves
Technique could be used to build quantum processors
Read article: Entangling tiny drum’s beat with microwaves
Read article: Entangling tiny drum’s beat with microwaves
Etched glass could create table-top particle accelerators
Chip-based devices fire lasers at glass coated with gratings
Read article: Etched glass could create table-top particle accelerators
New ‘wagon-wheel’ molecules could make better OLEDs
Molecule could also be used as biological sensors or in solar cells
Read article: New ‘wagon-wheel’ molecules could make better OLEDs
Do ultracold neutrons get a kick from nanoparticles?
Physicists offer a solution to neutron-lifetime discrepancy
Read article: Do ultracold neutrons get a kick from nanoparticles?
Ultrathin solar cell is efficient and easy to make
Performance of perovskite-based devices has improved rapidly
Read article: Ultrathin solar cell is efficient and easy to make
Has a quantum computer solved the ‘party problem’?
D-Wave claims another quantum-computing first
Read article: Has a quantum computer solved the ‘party problem’?
Physicists create ‘molecules’ of light
Ultracold atomic gas binds pairs of photons together
Read article: Physicists create ‘molecules’ of light
US researchers unveil first carbon-nanotube computer
New manufacturing techniques could lead to fast and energy-efficient commercial nanotube devices
Read article: US researchers unveil first carbon-nanotube computer
How to store electrical energy as heat
New approach could help improve renewable-energy storage
Read article: How to store electrical energy as heat
Scanning tunnelling microscopy and infrared spectroscopy join forces
New technique could boost our understanding of surfaces
Read article: Scanning tunnelling microscopy and infrared spectroscopy join forces
