I had begun to think about the theory of the chemical bond very seriously in 1926, '27, after quantum mechanics was discovered and then in 1928 I published a paper, a preliminary paper, and said that I would write more later on. I didn't write anything more for three years because the problem turned out to be such a hard problem, the mathematical problem, that I couldn't solve it.
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"I am not a quack. I am a scientist."
"I don't think there's anything wrong with taking a lot of vitamin C."
"I was able to solve this problem because I don't have a computer. I know what I am doing every step, and the steps go slowly enough that I can think."
"I am convinced that we can abolish war, and that we must do so if we are to survive."
"Every man of science has some favorite hypothesis which he cultivates, and with which he is so intimately bound up, that he would be glad to see it universally adopted."
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Pauling describes how he eagerly set out to apply the newly discovered quantum mechanics to explain chemical bonding, announced ambitious plans, then spent three years in silence because the underlying mathematics proved far harder than anticipated. Genuine scientific progress requires confronting problems that resist easy solutions, and premature publication promises can be humbled by reality's complexity.
Pauling's entire career centered on understanding the chemical bond — his 1939 book became foundational. This admission reveals his intellectual honesty and rigor: he publicly committed to follow-up work, hit a mathematical wall, and refused to publish half-solutions. His eventual breakthroughs, including the nature of the chemical bond and protein structures, emerged from exactly this patient, uncompromising approach.
Quantum mechanics was revolutionizing physics in 1926-28, with Schrödinger and Heisenberg publishing landmark papers. Scientists worldwide scrambled to apply these new tools to chemistry and atomic structure. The mathematical formalism — wave equations, matrix mechanics — was genuinely novel and difficult even for trained physicists, making Pauling's three-year struggle representative of an entire generation wrestling with an unprecedented intellectual frontier.
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