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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This research introduces the Nishkala Scaling Law as a predictive framework for superconductivity.
Developed a unified framework to determine tunable critical temperatures based on five physical conditions.
Analyzed the relationship between superconducting properties and multiple external control variables.
Derived the Homes constant from first principles across various superconductors.
Identified critical temperature as a dependent variable influenced by five independently engineerable physical conditions.
Demonstrated recovery of Homes’ Law as a limit case of the new framework for 173 superconducting compounds.
Showed that thermal electromagnetic resistance gradient is a key factor in defining superconducting behavior.

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New framework predicts tunable critical temperatures in superconductors, indicating potential for room-temperature superconductivity.

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Samba Siva Rao Kolusu (2026) studied this question.

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