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On the Possible Description of the Massless Relativistic Particles in Graphene from the Solution of the Thermal Klein-Gordon Equation
J. Marciak-Kozłowska and M. Kozłowski

In this paper the Klein-Gordon thermal equation for the heat transport in grapheme is obtained and solved. The velocity for massless relativistic particles in grapheme is calculated and the value νF = ac is obtained. It is shown that ballistic relativistic particles in grapheme can be described as the solution of the Klein-Gordon thermal equation.

Keywords: Graphene, Klein-Gordon equation, massless particles, laser pulses

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