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Seville Researcher Proves Nernst Theorem Follows From Second Law, Challenges Einstein

Published in The European Physical Journal Plus, the proof uses a hypothetical heat-neutral engine to anchor entropy behavior near absolute zero within the thermodynamic framework.

Albert Einstein.
Image by WikiImages from Pixabay

Overview

  • The work settles a 120-year dispute originating with Walther Nernst’s 1905 theorem and Albert Einstein’s 1912 critique.
  • It introduces a virtual engine model that is embedded in the second law’s formalism, consuming no heat and performing no work.
  • The research distinguishes empirical temperature perceptions from its precise physical definition to anchor absolute zero in the second law.
  • Findings published in The European Physical Journal Plus have validated the new formalism and challenged the notion of a separate third law.
  • This refined understanding could reshape low-temperature physics research, including developments in quantum computing and superconductivity.