Research paperTheoreticalWiedemann-Franz law violation domain for graphene and nonrelativistic systemsThandar Zaw Win, Cho Win Aung, Gaurav Khandal, Sabyasachi GhosharXiv·2025·10.1142/S0217979225501826·arXiv:2404.01061AbstractA systematic non-fluid to fluid transition framework and comparative research on Lorenz ratios for graphene and nonrelativistic systems have been studied to identify their Wiedemann-Franz law violation domain. The work analyzes 2D and 3D graphene/nonrelativistic cases, contrasting non-fluid and fluid descriptions and identifying regimes in which the Lorenz ratio obeys or violates the Wiedemann-Franz law.Read more
Research paperTheoreticalWiedemann-Franz law violation domain for graphene and nonrelativistic systemsThandar Zaw Win, Cho Win Aung, Gaurav Khandal, Sabyasachi GhosharXiv·2025·10.1142/S0217979225501826·arXiv:2404.01061AbstractA systematic non-fluid to fluid transition framework and comparative research on Lorenz ratios for graphene and nonrelativistic systems have been studied to identify their Wiedemann-Franz law violation domain. The work analyzes 2D and 3D graphene/nonrelativistic cases, contrasting non-fluid and fluid descriptions and identifying regimes in which the Lorenz ratio obeys or violates the Wiedemann-Franz law.Read more
Research paperTheoreticalWiedemann-Franz law violation domain for graphene and nonrelativistic systemsThandar Zaw Win, Cho Win Aung, Gaurav Khandal, Sabyasachi GhosharXiv·2025·10.1142/S0217979225501826·arXiv:2404.01061AbstractA systematic non-fluid to fluid transition framework and comparative research on Lorenz ratios for graphene and nonrelativistic systems have been studied to identify their Wiedemann-Franz law violation domain. The work analyzes 2D and 3D graphene/nonrelativistic cases, contrasting non-fluid and fluid descriptions and identifying regimes in which the Lorenz ratio obeys or violates the Wiedemann-Franz law.Read more
Research paperTheoreticalWiedemann-Franz law violation domain for graphene and nonrelativistic systemsThandar Zaw Win, Cho Win Aung, Gaurav Khandal, Sabyasachi GhosharXiv·2025·10.1142/S0217979225501826·arXiv:2404.01061AbstractA systematic non-fluid to fluid transition framework and comparative research on Lorenz ratios for graphene and nonrelativistic systems have been studied to identify their Wiedemann-Franz law violation domain. The work analyzes 2D and 3D graphene/nonrelativistic cases, contrasting non-fluid and fluid descriptions and identifying regimes in which the Lorenz ratio obeys or violates the Wiedemann-Franz law.Read more
