In the history of science, it has often happened that a new discovery had to be rejected for a long time because it contradicted the current prejudices.
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"Natural science does not simply describe and explain nature; it is part of the interplay between nature and ourselves."
"The decision to break with the tradition of classical physics was a very difficult one."
"The Copenhagen interpretation of quantum mechanics starts from the paradox that we describe our experiments in terms of classical physics, and we describe the elementary particles in terms of quantum …"
"The first gulp from the glass of natural sciences will turn you into an atheist, but at the bottom of the glass God is waiting for you."
"The atoms or elementary particles themselves are not real; they form a world of potentialities or possibilities rather than one of things or facts."
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Groundbreaking ideas in science are frequently dismissed not because the evidence is weak, but because they clash with what experts already believe. Established assumptions act as filters, blocking observations that don't fit. Acceptance of a genuine breakthrough often takes years or decades, requiring the slow erosion of inherited orthodoxy before the new framework can be examined fairly on its own merits rather than measured against outdated expectations.
Heisenberg lived this firsthand. His 1925 matrix mechanics abandoned visualizable electron orbits, drawing fierce resistance from physicists clinging to classical intuition, including Einstein, who never accepted quantum indeterminacy. His uncertainty principle overturned the deterministic worldview that had defined physics since Newton. Having watched colleagues struggle to abandon cherished assumptions, and having been criticized himself for too radical a break with tradition, Heisenberg understood that scientific progress is as much a psychological battle as an empirical one.
Heisenberg worked during the 1920s-30s quantum revolution, when physics was being torn from its classical foundations. The Bohr-Einstein debates publicly dramatized the resistance to probabilistic reality. Later, under Nazi Germany, 'Deutsche Physik' rejected relativity as 'Jewish science,' showing how ideology and prejudice could suppress valid theory. Postwar, Heisenberg watched Cold War science politics shape what research was funded and believed, reinforcing his view that prevailing biases, not evidence alone, determine which discoveries are heard.
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