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Photograph of Hermann Weyl

Science

Hermann Weyl

Mathematician working across geometry and physics

Photograph · Image credit

Who they are

Hermann Weyl worked across geometry, group theory and mathematical physics, later serving on the faculty of the Institute for Advanced Study. He appears here through the early development of wave mechanics: Schrödinger explicitly acknowledged his mathematical assistance in the first paper on quantization as an eigenvalue problem. That acknowledgment is distinct from coauthorship.

He illustrates the mathematical collaboration supporting the emergence of quantum mechanics.

Selected contributions

  • Provided mathematical help acknowledged by Schrödinger in his 1926 paper.Source ↗
  • Worked in areas including differential geometry, Lie groups, representation theory and quantum mechanics.Source ↗

Primary records

  • Academic paper · 1926

    Quantisierung als Eigenwertproblem (Erste Mitteilung)

    Schrödinger treats atomic energy levels as an eigenvalue problem and works through nonrelativistic hydrogen. The inspected sections show the wave-mechanical approach and its acknowledged antecedents.

    Original German first communication; manuscript received January 27, 1926. This is not the entire later series.

    Reading scope & citation

    Reuses documented prior inspection: Selected original German passages read through scan text extraction; no full proof audit and no reliance on Commons’ day-level catalog date. Reuses the input’s documented prior inspection: Selected original German passages read through scan text extraction; no full proof audit and no reliance on Commons’ day-level catalog date. No fresh full-work reread in this directory pass. Reused prior inspected evidence: Selected original German passages read through scan text extraction; no full proof audit and no reliance on Commons’ day-level catalog date.

In the timeline

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Biography sources & portrait credit

Portrait credit

ETH Zürich. CC BY-SA 3.0. Via Wikimedia Commons.

Photograph. Cropped to 4:5, resized to 320 × 400 and converted to WebP.

Image source & identification ↗ · CC BY-SA 3.0 ↗