Read article: Shining a light on the nanoscale
Shining a light on the nanoscale
A high-efficiency probe that can super-focus white light into a 6 nm spot enables colour imaging of nanoscale details
Read article: Shining a light on the nanoscale
Read article: Atomically thin lasers shine for the first time at room temperature
Atomically thin lasers shine for the first time at room temperature
Coherent light generation from ultrathin semiconductor crystals paves the way for creating novel nanolasers and valleytronic devices
Read article: Quantum dot LEDs bend and fold like origami paper
Quantum dot LEDs bend and fold like origami paper
New technique based on laser etching creates 3D light-emitting devices
Read article: Probing the origins of the universe, using plasmonic tweezers to manipulate tiny objects
Probing the origins of the universe, using plasmonic tweezers to manipulate tiny objects
In this podcast we meet a nanophotonics expert and a cosmologist
Read article: Enhanced optical tweezer speeds up nanodiamond transport
Enhanced optical tweezer speeds up nanodiamond transport
Combination of laser beam and AC electric field yields fast, reliable control over nanoparticles’ positions
Read article: Metamaterial sculpts heart-shaped darkness from light
Metamaterial sculpts heart-shaped darkness from light
Sub-wavelength imaging could benefit from new technology
Read article: Luminescent nanoparticles identify defects in electrical appliances
Luminescent nanoparticles identify defects in electrical appliances
New technique could help extend the operating life of electronic devices
Read article: Shaped light waves penetrate further into photonic crystals
Shaped light waves penetrate further into photonic crystals
Result overcomes Bragg-length barrier and could have important applications in optoelectronics
Read article: Hydrogen sensor is inspired by butterfly wings
Hydrogen sensor is inspired by butterfly wings
Device operates at room temperature and could be mass produced
Read article: Entangled erbium qubits are addressed individually in a crystal
Entangled erbium qubits are addressed individually in a crystal
Random shifts of optical properties could be exploited in quantum devices
