I realized that medical and biological investigators were not attacking their problems the same way that theoretical physicists do, the way I had been in the habit of doing.
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"I have always been a scientist, and I believe that science is the best way to understand the world."
"I am not interested in fame or fortune. I am interested in truth."
"Every time you go to the doctor, the doctor asks you to take off your clothes, and then he looks at you, and he tells you what's wrong with you. But he doesn't know anything about you."
"I have never had a bad idea."
"Science is the search for truth -- it is not a game in which one tries to beat his opponent, to do harm to others."
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Pauling observed that biomedical researchers relied on empirical observation and clinical evidence, while theoretical physicists — his native discipline — built abstract frameworks and models first, then tested them against reality. He saw biology and medicine as problem-solving cultures oriented toward data collection rather than theory construction. The quote captures his surprise at this methodological divide and his conviction that importing physics-style reasoning could accelerate medical discovery.
Pauling won two Nobel Prizes — Chemistry (1954) for chemical bond theory, Peace (1962) — spending his career applying physicist-style quantitative reasoning to molecular biology, discovering protein alpha-helix structures and nearly solving DNA before Watson and Crick. Later he championed orthomolecular medicine, prescribing large vitamin C doses based on theoretical chemistry rather than clinical trials — a direct expression of this physicist's mindset applied to medicine, for better and worse.
In the mid-20th century, physics was remaking biology: X-ray crystallography, quantum mechanics, and information theory were revolutionizing how scientists understood life. Pauling's 1930s–1950s peak career coincided with the molecular biology revolution, when reductionist, mathematical thinking began displacing purely observational medicine. Medicine remained largely empirical and trial-based while physics operated through grand unifying theories — creating a real cultural and methodological gap between disciplines that Pauling uniquely straddled and sought to close.
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