Read article: Nanowire thickness alters GaAs band structure
Nanowire thickness alters GaAs band structure
Band structure of GaAs nanowires grown for potential photovoltaic applications depends on their thickness
Read article: Nanowire thickness alters GaAs band structure
Read article: DNA origami produces silica ‘diatoms’
DNA origami produces silica ‘diatoms’
A new way to exploit the structure of DNA and make complex nanostructures for potential applications in electronics, photonics and robotics
Read article: Nanocolloidal hydrogel scavenges heavy metals
Nanocolloidal hydrogel scavenges heavy metals
Gels join forces with graphene quantum dots to decontaminate water
Read article: Could graphene quantum dots help treat Parkinson’s disease?
Could graphene quantum dots help treat Parkinson’s disease?
Researchers have found that the nanostructures reduce alpha-synuclein fibrils in mice
Read article: A nanotech bonanza in Paris and a journalism boot camp in Sicily
A nanotech bonanza in Paris and a journalism boot camp in Sicily
Physics World journalists discuss recent trips plus a round-up of the week’s news
Read article: Bimetallic nanoparticles enhance proton dose
Bimetallic nanoparticles enhance proton dose
Bimetallic nanoparticles act as effective cancer cell sensitizers for use in proton therapy
Read article: Chameleons inspire mechanochromic nanolaser
Chameleons inspire mechanochromic nanolaser
Stretchy device lases at different wavelengths thanks to hybrid quadrupole plasmons
Read article: Can nanomaterials tool up space missions?
Can nanomaterials tool up space missions?
We look at whether the multifunctional properties of nanomaterials could earn them a place on missions into space
Read article: Flexible nanotubes pack a punch
Flexible nanotubes pack a punch
Cicada-wing-inspired high-aspect-ratio nanostructures kill bacteria by stretching and rupturing cell membranes
Read article: Photonic crystals follow a straight path to absolute darkness
Photonic crystals follow a straight path to absolute darkness
Researchers calculate how light noise is suppressed as a function of crystal size
