Nano Magazine - Latest Nanotechnology News

The magazine for small science

semiconductors

BusinessArnold KristoffOctober 24, 2023intel, semiconductor, semiconductors, Nanotechnology, nanotech, nanonanotech

Intel's Leap into the Nanotech Future: Revolutionizing the Semiconductor Landscape

BusinessArnold KristoffOctober 24, 2023intel, semiconductor, semiconductors, Nanotechnology, nanotech, nanonanotech

Intel's Leap into the Nanotech Future: Revolutionizing the Semiconductor Landscape

ResearchArnold KristoffJanuary 09, 2023semiconductors, energy sharing

Electronic bridge allows rapid energy sharing between semiconductors

ResearchArnold KristoffJanuary 09, 2023semiconductors, energy sharing

Electronic bridge allows rapid energy sharing between semiconductors

ResearchArnold KristoffSeptember 21, 2022optical fibres, semiconductors

Fundamental research improves understanding of new optical materials

ResearchArnold KristoffSeptember 21, 2022optical fibres, semiconductors

Fundamental research improves understanding of new optical materials

ResearchArnold KristoffSeptember 01, 2022semiconductors, electricity

Simple technique ushers in long-sought class of semiconductors

ResearchArnold KristoffSeptember 01, 2022semiconductors, electricity

Simple technique ushers in long-sought class of semiconductors

ResearchArnold KristoffApril 27, 2022semiconductors, trees

Electronics can grow on trees thanks to nanocellulose paper semiconductors

ResearchArnold KristoffApril 27, 2022semiconductors, trees

Electronics can grow on trees thanks to nanocellulose paper semiconductors

ResearchArnold KristoffOctober 12, 2021quantum electronics, nanostructures, semiconductors

New nanostructure could be the key to quantum electronics

ResearchArnold KristoffOctober 12, 2021quantum electronics, nanostructures, semiconductors

New nanostructure could be the key to quantum electronics

ResearchArnold KristoffOctober 07, 2021semiconductors, electronics, atoms

Single-atom-thick semiconductor sandwich is a significant step toward ultra-low-energy electronics

ResearchArnold KristoffOctober 07, 2021semiconductors, electronics, atoms

Single-atom-thick semiconductor sandwich is a significant step toward ultra-low-energy electronics

ResearchArnold KristoffSeptember 15, 2021crystal, semiconductors, metals

Crystal islands could halve time and cost of science experiments

ResearchArnold KristoffSeptember 15, 2021crystal, semiconductors, metals

Crystal islands could halve time and cost of science experiments

ResearchJoe TappJune 28, 2021AI, semiconductors, ALD

Researchers use AI to optimize atomic layer deposition (ALD) technique in real time

ResearchJoe TappJune 28, 2021AI, semiconductors, ALD

Researchers use AI to optimize atomic layer deposition (ALD) technique in real time

BusinessJack HareMarch 09, 2021Conference, Announcement, Nano, semiconductors, commercial success

Weebit Nano to Attend 33rd Annual ROTH Growth Conference

BusinessJack HareMarch 09, 2021Conference, Announcement, Nano, semiconductors, commercial success

Weebit Nano to Attend 33rd Annual ROTH Growth Conference

ResearchJack HareDecember 17, 2020graphene, functionalisation, methods, solar energy, semiconductors, electronics

A new method for the functionalization of graphene

ResearchJack HareDecember 17, 2020graphene, functionalisation, methods, solar energy, semiconductors, electronics

A new method for the functionalization of graphene

ResearchJack HareNovember 23, 2020graphene, curved graphene, nanometer, 3d graphene, semiconductors

Staying ahead of the curve with 3-D curved graphene

ResearchJack HareNovember 23, 2020graphene, curved graphene, nanometer, 3d graphene, semiconductors

Staying ahead of the curve with 3-D curved graphene

ResearchJack HareOctober 30, 2020graphene, computing, neuromorphic, semiconductors, transistors

Graphene-based memory resistors show promise for brain-based computing

ResearchJack HareOctober 30, 2020graphene, computing, neuromorphic, semiconductors, transistors

Graphene-based memory resistors show promise for brain-based computing

ResearchJack HareOctober 15, 20202d materials, revelations, geometry, voltage, semiconductors

Hall error revelations raise aspirations for 2-D materials

ResearchJack HareOctober 15, 20202d materials, revelations, geometry, voltage, semiconductors

Hall error revelations raise aspirations for 2-D materials

ResearchJack HareSeptember 25, 2020graphene, superconductors, semiconductors, 2d materials, electronics, flexible technology

White graphene exhibits high defect tolerance and elasticity

ResearchJack HareSeptember 25, 2020graphene, superconductors, semiconductors, 2d materials, electronics, flexible technology

White graphene exhibits high defect tolerance and elasticity

ResearchArnold KristoffAugust 21, 2020semiconductors, electricity, optoelectronics, thermoelectricals

Scientists demonstrate tunable, atomically thin semiconductors

ResearchArnold KristoffAugust 21, 2020semiconductors, electricity, optoelectronics, thermoelectricals

Scientists demonstrate tunable, atomically thin semiconductors

ResearchArnold KristoffMay 11, 2018semiconductors, nano, nanotech, nanotechnology, 2D materials

Strain Improves Performance of Atomically Thin Semiconductor

ResearchArnold KristoffMay 11, 2018semiconductors, nano, nanotech, nanotechnology, 2D materials

Strain Improves Performance of Atomically Thin Semiconductor

ResearchArnold KristoffFebruary 09, 2018electronics, semiconductors, Nanotech, nanotechnology, nanotubes

Cheaper chips with nanotube alignment process?

ResearchArnold KristoffFebruary 09, 2018electronics, semiconductors, Nanotech, nanotechnology, nanotubes

Cheaper chips with nanotube alignment process?

ResearchArnold KristoffOctober 06, 2017nano, nanotech, nanotechnology, semiconductors, LEDs

New nanoplatelets improve the brightness of LEDs, lasers and LCD screens, researchers show

ResearchArnold KristoffOctober 06, 2017nano, nanotech, nanotechnology, semiconductors, LEDs

New nanoplatelets improve the brightness of LEDs, lasers and LCD screens, researchers show

ResearchStephen McKeanMay 22, 2017quantum dots, nanopillars, TMDs, semiconductors

Let there be light: Controlled creation of quantum emitter arrays

ResearchStephen McKeanMay 22, 2017quantum dots, nanopillars, TMDs, semiconductors

Let there be light: Controlled creation of quantum emitter arrays

ResearchStephen McKeanMay 04, 2017electronics, semiconductors

Flexible, organic and biodegradable: researchers develop new wave of electronics

A new semiconductor developed by Stanford researchers is as flexible as skin and easily degradable. It could have diverse medical and environmental applications, without adding to the mounting pile of global electronic waste.

ResearchStephen McKeanMay 04, 2017electronics, semiconductors

Flexible, organic and biodegradable: researchers develop new wave of electronics

ResearchStephen McKeanMay 01, 2017Moore’s Law, valleytronics, semiconductors

“Valleytronics” advancement could help extend Moore’s Law

The breakthrough involves controlling energy levels between electron valleys in 2-D semiconductors

ResearchStephen McKeanMay 01, 2017Moore’s Law, valleytronics, semiconductors

“Valleytronics” advancement could help extend Moore’s Law