Journal of Research and Development
Open Access

Taiwan

Publications

• Extended Abstract   
  Graphene 2018: Graphene on Diamond
  Author(s): James C Sung
  
  Graphene is the stretched diamond plane graphene can be formed martensitic alloy without breaking the carbon bonds, on diamond surface by specialty heat treatment in vacuum. In this case, Graphene on Diamond (GOD) heteroepitaxy is similar to homo-epitaxy so the signal transmission is continuous. GOD is an ideal computational device as graphene contains the most effective transmission lattice, capable of terahertz communication by Mach 100 speed of phonon (lattice vibration). On the other hand, diamond is considered to be the most stable quantum computing solid due to its highest Debye temperature. During the quantum computing, the Q-bits m.. View More»
  

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