A hot electron model for strongly irradiated graphene predicts intensity-dependent absorption that decreases above and increases below the photon energy set by twice the chemical potential.
We assume that γinter → 0 since a finite γinter does not influence the final result under the condition ℏγinter ≪ T which is typically satisfied in experiments
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Theory of the strongly nonlinear electrodynamic response of graphene: A hot electron model
A hot electron model for strongly irradiated graphene predicts intensity-dependent absorption that decreases above and increases below the photon energy set by twice the chemical potential.