Thermal Properties of Graphene Via Dirac Oscillator Model Under Doubly Special Relativity Framework

Key Points

• Thermal properties of graphene are explored, highlighting their unique characteristics and behavior under specific conditions.
• Key evidence includes the relationship between thermal conductivity and temperature variations within the graphene model.
• Observational analysis employs a Dirac oscillator model under the framework of doubly special relativity to derive findings.
• This approach may enhance our understanding of graphene's behavior, with potential implications for future material applications.