In this study, researchers were able to identify and separate #carbonnanotubes with high resolution. As a result, they found that if the structure of the carbon nanotube film is different, the electrical transport properties also differ. This research will be useful for the design and application of devices such as smartphone batteries, solar cells, and optoelectronicdevices.

https://www.cas.cn/syky/202304/t20230406_4883174.shtml

Amazing! #scifi but real. “The future is already here – it’s just not very evenly distributed.“

RT @DexmatInc@twitter.com

What exactly are #carbonnanotubes and what gives them their unique properties? How could a material be significantly stronger & lighter than steel, more conductive than copper? This video gives a great explanation for our #materialsscience fans out there.
https://www.youtube.com/watch?v=SIif11QOsRI

🐦🔗: https://twitter.com/DexmatInc/status/1618328569519685635

“We are building the Rajnikanth of all materials” 😂
kidding aside, this is batshit insane stuff! it could rank among the top humanity saviours, i think. #CarbonNanoTubes
https://theprint.in/features/100-times-stronger-than-steel-this-bengaluru-companys-nanotubes-catching-navy-teslas-eye/1261127/

“We are building the Rajnikanth of all materials” 😂
kidding aside, this is batshit insane stuff! it could rank among the top humanity saviours, i think. #CarbonNanoTubes
https://theprint.in/features/100-times-stronger-than-steel-this-bengaluru-companys-nanotubes-catching-navy-teslas-eye/1261127/

The race towards post-silicon computing: Carbon nanotube semiconductors, silicon-photonic microchips, neuromorphic computing

:youtube: https://youtu.be/VsUF_CBJq50

#fz_webVideos / #microchip #computing #hardware #semiconductor #silicon #CarbonNanotubes #photonics #neuromorphic

The race towards post-silicon semiconductors: Carbon nanotube computer chips

:youtube: https://youtu.be/VsUF_CBJq50

#fz_webVideos / #microchip #computing #hardware #semiconductor #silicon #CarbonNanotubes

@razimantv
Raziman also took into account that #excitons interact with each other through exciton-exciton annihilation, which normally decreases light emission at high intensities.

So he generalized the theory of Purcell enhancement to be more precise for a range of excitonic materials like #2DSemiconductors, #perovskites, #OrganicCrystals or #CarbonNanotubes.

#nanophotonics #FluorescenceFriday