Do cloaked objects shine brightly?
New work suggests most cloaking would make objects more visible
Read article: Do cloaked objects shine brightly?
Read article: Do cloaked objects shine brightly?
When few become many: forming a Fermi sea
Four fermions suffice in 1D ultracold systems
Read article: When few become many: forming a Fermi sea
Natural metamaterial looks cooler when heated
Film could have military and communication applications
Read article: Natural metamaterial looks cooler when heated
Brownian boomerangs head in the right direction
Results could help improve drug-delivery methods
Read article: Brownian boomerangs head in the right direction
What is time?
Adam Frank explains why the nature of time is such an enduring – and important – problem
Read article: What is time?
Frequency combs give Raman spectroscopy a boost
Technique identifies multiple molecules simultaneously
Read article: Frequency combs give Raman spectroscopy a boost
Detecting blood-iron levels with tiny diamonds
Novel biosensor can measure weak magnetic fields
Read article: Detecting blood-iron levels with tiny diamonds
Chemistry Nobel honours trio who combined classical and quantum physics
Martin Karplus, Michael Levitt and Arieh Warshel recognized for creating models of complex chemical systems
Read article: Chemistry Nobel honours trio who combined classical and quantum physics
Entangling tiny drum’s beat with microwaves
Technique could be used to build quantum processors
Read article: Entangling tiny drum’s beat with microwaves
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
