Is it possible to use graphene for optical terahertz applications in sports wearable electronics (Optoelectronics)?
The attached article may help you:
Chandrasekhar, P., 2018. Graphene Applications in Sensors. In Conducting Polymers, Fundamentals and Applications (pp. 125-132). Springer, Cham.
Thank you for your valuable response.
(The above mention ebook is not accessible, kindly attach pdf if possible.)
Graphene is Mostly applicable for high-frequency optical data transmission in nanodevices.
I think graphene has that quality to transmit high-speed career (Electrons and holes) through the channel.
What happened when we terminate photons into it The current career is more than previous. But how long it will be used for terahertz application, and how we can say that optoelectronics devices are works on high-speed operations over RF and microwave?
Is it graphene/SiC channel on GFET is the solution for optoelectronics and RF/microwave applications?
https://ldsd.group.shef.ac.uk/research/nano-optics/photonic-structures/
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