How light can put atoms in a twist
Twisted light and atoms could exchange quantum information
Read article: How light can put atoms in a twist
Read article: How light can put atoms in a twist
Magnetic resonance imaging done at the nanoscale
Technique could be used to image viruses or proteins
Read article: Magnetic resonance imaging done at the nanoscale
Why 34 is the magic number for calcium
RIKEN researchers spot new nuclear magic number
Read article: Why 34 is the magic number for calcium
Detecting blood-iron levels with tiny diamonds
Novel biosensor can measure weak magnetic fields
Read article: Detecting blood-iron levels with tiny diamonds
Shape-shifting metal has a long memory
Theoretical model used to create better shape-memory alloys
Read article: Shape-shifting metal has a long memory
Entangling tiny drum’s beat with microwaves
Technique could be used to build quantum processors
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
