The Nishkala Scaling Law: A Unified Framework for Superconductivity From Vacuum Electrodynamics, Encompassing Homes' Law as a Limiting Case and Predicting Tunable Critical Temperatures Beyond 300 K

May 5, 2026Open Access

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Key Points

To establish the Nishkala Scaling Law as a comprehensive framework for understanding and predicting critical temperatures in superconductivity.
Introduced the Five-Pillar Framework to identify physical conditions affecting critical temperature.
Derived the Nishkala Scaling Law's formula linking superconducting energy gap and various factors affecting T_c.
Addressed the relationship between Homes’ Law and the Nishkala Scaling Law as a limiting case.
Identified critical temperature T_c as a tunable variable influenced by five independent factors.
C, the Homes constant, was accurately derived from first principles within 0.02% of empirical values.
Demonstrated that existing laws recover as limiting cases within the new framework.

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New framework reveals a tunable critical temperature in superconductors, indicating implications for achieving higher T_c.

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Samba Siva Rao Kolusu (2026) studied this question.

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