Solar cells get down to pop music
High-frequency beats could improve cell efficiency
Read article: Do cloaked objects shine brightly?
Do cloaked objects shine brightly?
New work suggests most cloaking would make objects more visible
Read article: Natural metamaterial looks cooler when heated
Natural metamaterial looks cooler when heated
Film could have military and communication applications
Read article: Brownian boomerangs head in the right direction
Brownian boomerangs head in the right direction
Results could help improve drug-delivery methods
Read article: Surface plasmons reveal grain boundaries in graphene
Surface plasmons reveal grain boundaries in graphene
Non-destructive technique could give plasmonics a boost
Read article: Detecting blood-iron levels with tiny diamonds
Detecting blood-iron levels with tiny diamonds
Novel biosensor can measure weak magnetic fields
Read article: Graphene’s potential to provide drinking water
Graphene’s potential to provide drinking water
Graphene could be used as a selective filter to remove impurities from water
Read article: Entangling tiny drum’s beat with microwaves
Entangling tiny drum’s beat with microwaves
Technique could be used to build quantum processors
Read article: New ‘wagon-wheel’ molecules could make better OLEDs
New ‘wagon-wheel’ molecules could make better OLEDs
Molecule could also be used as biological sensors or in solar cells
Read article: Do ultracold neutrons get a kick from nanoparticles?
Do ultracold neutrons get a kick from nanoparticles?
Physicists offer a solution to neutron-lifetime discrepancy
