RT @NatureElectron: Twisted trilayer structures of anisotropic black phosphorus can be used to create resonant tunnelling diodes in which t…
RT @NatureElectron: Twisted trilayer structures of anisotropic black phosphorus can be used to create resonant tunnelling diodes in which t…
RT @NatureElectron: Twisted trilayer structures of anisotropic black phosphorus can be used to create resonant tunnelling diodes in which t…
RT @NatureElectron: Twisted trilayer structures of anisotropic black phosphorus can be used to create resonant tunnelling diodes in which t…
Twisted trilayer structures of anisotropic black phosphorus can be used to create resonant tunnelling diodes in which the twist angle between the layers can be used to control the vertical transport behaviour https://t.co/pGn5k1Kqj3
Feeling Happy ! Our research idea is published in the journal "Nature Electronics". #TeamWork #SKKU #JNU #UniversityOfMinnesota #ColumbiaUniversity https://t.co/ighpifhlIq
RT @nanotrac: Resonant tunnelling diodes based on twisted black phosphorus homostructures https://t.co/ADDXvPZqhG Nanoscience and technolog…
Resonant tunnelling diodes based on twisted black phosphorus homostructures https://t.co/ADDXvPZqhG Nanoscience and technology @NatureNano #Nanoscience #Technology this is #Nature https://t.co/JYCAjnosnl