ResearchKate Sivess-SymesJuly 15, 2024electronics, Nanotechnology, quantum, quantum physics, quantum computing Revolutionising Flexible Electronics with Ultra-Thin Bismuth Crystals ResearchKate Sivess-SymesJuly 15, 2024electronics, Nanotechnology, quantum, quantum physics, quantum computing
ResearchKate Sivess-SymesJune 20, 2024touchscreens, solar panels, solar cells, solar, solar energy, solar power, solar technology, carbon nanotube, electronics Revolutionising Solar Panels and Touchscreens with Carbon Nanotube Films ResearchKate Sivess-SymesJune 20, 2024touchscreens, solar panels, solar cells, solar, solar energy, solar power, solar technology, carbon nanotube, electronics
FundingKate Sivess-SymesAugust 25, 2023healthcare, electronics, engineering, global needs, nanoparticles, nano Investment Opportunities in the Nanoparticle Revolution FundingKate Sivess-SymesAugust 25, 2023healthcare, electronics, engineering, global needs, nanoparticles, nano
ResearchArnold KristoffJune 07, 2023cooling, electronics, coating materials, fibers Efficient 'Heat Highways' Offer Effective Cooling Solution for Electronics ResearchArnold KristoffJune 07, 2023cooling, electronics, coating materials, fibers
ResearchArnold KristoffAugust 23, 2022brain, electronics Researchers discover a material that can learn like the brain ResearchArnold KristoffAugust 23, 2022brain, electronics
ResearchArnold KristoffJune 20, 2022electronics, crystals Controlled synthesis of crystal flakes paves path for advanced future electronics ResearchArnold KristoffJune 20, 2022electronics, crystals
ResearchArnold KristoffJune 17, 2022nanosheets, electronics New method helps exfoliate hexagonal boron nitride nanosheets ResearchArnold KristoffJune 17, 2022nanosheets, electronics
ResearchArnold KristoffApril 20, 2022eye, electronics Using nanotechnology, researchers take step toward developing 'electric eye' ResearchArnold KristoffApril 20, 2022eye, electronics
ResearchJack HareMarch 25, 2022nanocrystals, electronics, materials, materials science, properties, research, ultrathin Scientists shave 'hairs' off nanocrystals to improve their electronic properties ResearchJack HareMarch 25, 2022nanocrystals, electronics, materials, materials science, properties, research, ultrathin
ResearchArnold KristoffMarch 23, 2022electronics, graphene Don't underestimate undulating graphene: Unique electronics made possible by wavy patterns that channel electrons ResearchArnold KristoffMarch 23, 2022electronics, graphene
ResearchArnold KristoffFebruary 14, 2022graphene, spintronics, electronics Researchers advance graphene spintronics with 1D contacts to improve mobility in nano-scale devices ResearchArnold KristoffFebruary 14, 2022graphene, spintronics, electronics
ResearchArnold KristoffJanuary 13, 2022nanocrystals, nanoparticles, electronics New nanocrystals put a tiny twist on useful materials ResearchArnold KristoffJanuary 13, 2022nanocrystals, nanoparticles, electronics
ResearchArnold KristoffDecember 02, 2021transistors, electronics, artificial intelligence Researchers develop nanometer-scale adaptive transistor ResearchArnold KristoffDecember 02, 2021transistors, electronics, artificial intelligence
ResearchJack HareNovember 25, 2021electronics, rare earth oxides, elements, china, research, Nanotechnology, nanoscience, research projects Salvaging rare earth elements from electronic waste ResearchJack HareNovember 25, 2021electronics, rare earth oxides, elements, china, research, Nanotechnology, nanoscience, research projects
ResearchArnold KristoffNovember 10, 2021nanoresonators, mobile phones, electronics 3D printing nanoresonators: Towards miniaturized and multifunctional sensors ResearchArnold KristoffNovember 10, 2021nanoresonators, mobile phones, electronics
ResearchArnold KristoffNovember 05, 2021electronics, nanoscale electronics, graphene Graphene research sounds out new possibilities for electronic technologies ResearchArnold KristoffNovember 05, 2021electronics, nanoscale electronics, graphene
ResearchArnold KristoffNovember 03, 2021electronics, DNA molecules, DNA Toward self-restoring electronic devices with long DNA molecules ResearchArnold KristoffNovember 03, 2021electronics, DNA molecules, DNA
ResearchArnold KristoffOctober 25, 2021touchscreens, electronics, materials Enhanced touch screens could enable users to 'feel' objects ResearchArnold KristoffOctober 25, 2021touchscreens, electronics, materials
ResearchArnold KristoffOctober 19, 2021computers, computer processing, electronics New nanowire architectures boost computers' processing power ResearchArnold KristoffOctober 19, 2021computers, computer processing, electronics
ResearchArnold KristoffOctober 15, 2021electronics, optical technologies, nanofibers A new twist on 2D materials may lead to improved electronic, optical devices ResearchArnold KristoffOctober 15, 2021electronics, optical technologies, nanofibers
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
ResearchArnold KristoffOctober 04, 2021wearable electronics, electronics, nanogenerators Using nanogenerators to power electronics with mechanical motion ResearchArnold KristoffOctober 04, 2021wearable electronics, electronics, nanogenerators
ResearchArnold KristoffSeptember 30, 2021microchip, nano-optical devices, electronics Researchers integrate optical devices made of multiple materials onto single chip ResearchArnold KristoffSeptember 30, 2021microchip, nano-optical devices, electronics
ResearchArnold KristoffSeptember 29, 2021wearable electronics, wearable sensor, electronics Tracking muscle activity with clothes on your back ResearchArnold KristoffSeptember 29, 2021wearable electronics, wearable sensor, electronics
