That is, they did not conclude that spatial quantization is not a real effect after all (and definitively so). Instead “Stern and Gerlach made improvements in the apparatus, particularly in replacing a round beam slit by a rectangular one t…fered from their differing positions during the war. Stern, like Bohr, was Jewish and was forced to emigrate. Gerlach, like Heisenberg, remained in Germany during the war. And like Heisenberg, Gerlach played a major role in wartime efforts …
Werner Heisenberg
scientist · 5 mentions across 4 readings
In this course
Heisenberg stands as a foundational figure in quantum mechanics whose theoretical work underwrites modern understandings of uncertainty and observation in physical systems—concepts the course mobilizes to think through cybernetics and AI measurement problems. The readings position him ambivalently: excerpt [1] invokes his early breakthrough moment in quantum theory, while excerpt [4] complicates this legacy by situating him within the wartime German nuclear program, suggesting that the philosophical stakes of his physics cannot be separated from its historical and political entanglements. His work thus appears in the seminar both as an enabling conceptual apparatus and as a cautionary case about how scientific abstraction intersects with state power and complicity.
Background
Werner Karl Heisenberg was a German theoretical physicist, one of the main pioneers of the theory of quantum mechanics and a principal scientist in the German nuclear program during World War II.
Wikipedia →Mentioned in 4 readings
Appears alongside
People mentioned in the same passages — sorted by co-occurrence weight.