Help wanted for calculation of graphene conductivity

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SUMMARY

The discussion centers on calculating graphene conductivity in the semiclassical regime using the Boltzmann equation. The original poster, Sahar, seeks guidance on how to approach this calculation for their thesis. A suggestion is made to consult a thesis supervisor for more tailored advice. The conversation highlights the importance of foundational knowledge in solid-state physics and mathematical modeling for this topic.

PREREQUISITES
  • Understanding of the Boltzmann equation
  • Knowledge of semiconductor physics
  • Familiarity with graphene properties
  • Basic skills in mathematical modeling
NEXT STEPS
  • Research the Boltzmann equation and its applications in solid-state physics
  • Study the electrical properties of graphene
  • Explore semiclassical transport theory
  • Learn about numerical methods for solving the Boltzmann equation
USEFUL FOR

Students and researchers in materials science, particularly those focusing on graphene and its electrical properties, as well as anyone involved in theoretical physics or semiconductor research.

saharsah
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Hi to everyone
I'm working on mu thesis with this title: Calculation of graphene conductivity in the semiclassical regime
And also I should calculate it with Boltzmann equation
Is there anybody who can guide me for where to start and even how to calculate the graphene conductivity using Boltzmann equation in a simple language?


Thanks to all
Sahar
 
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saharsah said:
Hi to everyone
I'm working on mu thesis with this title: Calculation of graphene conductivity in the semiclassical regime
And also I should calculate it with Boltzmann equation
Is there anybody who can guide me for where to start and even how to calculate the graphene conductivity using Boltzmann equation in a simple language?


Thanks to all
Sahar

Shouldn't this be a question you ask your thesis supervisor?

Zz.
 

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