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  • Published: 8 November 2022
  • ISBN: 9780262047043
  • Imprint: MIT Press Academic
  • Format: Hardback
  • Pages: 224
  • RRP: $59.99

On the Trail of Blackbody Radiation

Max Planck and the Physics of his Era



An account of Max Planck’s construction of his theory of blackbody radiation, summarizing the established physics on which he drew.

An account of Max Planck’s construction of his theory of blackbody radiation, summarizing the established physics on which he drew.

In the last year of the nineteenth century, Max Planck constructed a theory of blackbody radiation—the radiation emitted and absorbed by nonreflective bodies in thermal equilibrium with one another—and his work ushered in the quantum revolution in physics. In this book, three physicists trace Planck’s discovery. They follow the trail of Planck’s thinking by constructing a textbook of sorts that summarizes the established physics on which he drew. By offering this account, the authors explore not only how Planck deployed his considerable knowledge of the physics of his era but also how Einstein and others used and interpreted Planck’s work.
 
Planck did not set out to lay the foundation for the quantum revolution but to study a universal phenomenon for which empirical evidence had been accumulating since the late 1850s. The authors explain the nineteenth-century concepts that informed Planck’s discovery, including electromagnetism, thermodynamics, and statistical mechanics. In addition, the book offers the first translations of important papers by Ludwig Boltzmann and Wilhelm Wien on which Planck’s work depended.

  • Published: 8 November 2022
  • ISBN: 9780262047043
  • Imprint: MIT Press Academic
  • Format: Hardback
  • Pages: 224
  • RRP: $59.99

Praise for On the Trail of Blackbody Radiation

"Although physics complexifies through the 19th and 20th centuries, with Maxwell, Einstein and their fellow brainiacs pushing the limits of comprehension, the book retains its clarity and charm."
-- Wall Street Journal, Praise for Lemon's Drawing Physics