A Communication Theoretical Modeling of Single-Layer Graphene Photodetectors and Efficient Multireceiver Diversity Combining

@article{Gulbahar2012ACT,
  title={A Communication Theoretical Modeling of Single-Layer Graphene Photodetectors and Efficient Multireceiver Diversity Combining},
  author={Burhan Gulbahar and {\"O}zg{\"u}r B. Akan},
  journal={IEEE Transactions on Nanotechnology},
  year={2012},
  volume={11},
  pages={601-610}
}
Graphene with ground breaking properties has tremendous impact on physical sciences as 2-D atomic layer carbon sheet. Its unique electronic and photonic properties lead to applications such as transistors, graphene photodetectors (GPDs), and electronic circuit components. Metal-graphene-metal (MGM) GPDs with single- or multilayer graphene sheets are promising for future nanoscale optical communication architectures because of wide range absorption from far infrared to visible spectrum, fast… CONTINUE READING

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