Metal-organic frameworks stabilize perovskite LEDs
New structures could find use in consumer electronics, medical imaging and photovoltaic devices
Read article: Metal-organic frameworks stabilize perovskite LEDs
Read article: Metal-organic frameworks stabilize perovskite LEDs
Atoms and molecules make vortex beams
"Twisted" wavefront structures had previously only been seen in photons and electrons
Read article: Atoms and molecules make vortex beams
Past, present and the future of gas aggregation sources for nanoparticle synthesis
IUVSTA, in partnership with Hiden Analytical explores gas aggregation sources as a unique tool for fundamental studies and applications
Read article: Past, present and the future of gas aggregation sources for nanoparticle synthesis
Nanomechanical qubit could be highly stable
Calculations show that the quantum states of a vibrating nanotube-quantum dot platform would be robust against noise
Read article: Nanomechanical qubit could be highly stable
Terahertz radiation is created using semiconductor surface states
Researchers turn a problem into a solution
Read article: Terahertz radiation is created using semiconductor surface states
Nanostructures make brighter e-reader displays
New type of reflective screen can be viewed in bright sunshine without an energy-draining backlight
Read article: Nanostructures make brighter e-reader displays
Metamaterial sculpts heart-shaped darkness from light
Sub-wavelength imaging could benefit from new technology
Read article: Metamaterial sculpts heart-shaped darkness from light
Luminescent nanoparticles identify defects in electrical appliances
New technique could help extend the operating life of electronic devices
Read article: Luminescent nanoparticles identify defects in electrical appliances
‘Talking’ quantum dots could be used as qubits
Computer model simulates how interactions extend exciton lifetimes
Read article: ‘Talking’ quantum dots could be used as qubits
Exploring the hidden world behind electronic devices
Elham Fadaly has won an award for her work on semiconductor crystal growth mechanisms, which helped to create a silicon-based light emitter
Read article: Exploring the hidden world behind electronic devices
