Before revision: Some areas of investigation tunnel junction devices, eg Tunnel field-effect transistor indium antimonide transistors carbon nanotube FET, eg CNT Tunnel field-effect transistor graphene nanoribbons molecular electronics spintronics — many variants future low-energy electronics technologies, ultra-low dissipation conduction paths, including topological materials exciton superfluids photonics and optical computing superconducting computing rapid single-flux quantum (RSFQ) Superconducting computing and RSFQ Superconducting computing includes several beyond-CMOS technologies that use superconducting devices, namely Josephson junctions, for electronic signals processing and computing.
After revision: Magneto-Electric Spin-Orbit logicSome areas of investigation tunnel junction devices, eg Tunnel field-effect transistor indium antimonide transistors carbon nanotube FET, eg CNT Tunnel field-effect transistor graphene nanoribbons molecular electronics spintronics — many variants future low-energy electronics technologies, ultra-low dissipation conduction paths, including topological materials exciton superfluids photonics and optical computing superconducting computing rapid single-flux quantum (RSFQ) Superconducting computing and RSFQ Superconducting computing includes several beyond-CMOS technologies that use superconducting devices, namely Josephson junctions, for electronic signals processing and computing.