Linus Pauling — "You can't have a good idea unless you have a lot of ideas."
You can't have a good idea unless you have a lot of ideas.
You can't have a good idea unless you have a lot of ideas.
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"I believe that there is no such thing as an 'unimportant' discovery."
"I refuse to be intimidated by the word impossible."
"I have never been afraid to be wrong."
"I have always been a rebel, and I believe that it is important to challenge authority."
"I don't think there's anything wrong with taking a lot of vitamin C."
Similar to the 'throw bad ones away' quote, emphasizing prolific thinking.
Date: Unknown
WisdomFound in 1 providers: grok
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Breakthrough ideas rarely arrive on demand. To find a genuinely good idea, you must generate many—most will fail, be redundant, or prove impractical. Volume matters because creative filtering requires raw material. Rather than waiting for perfect inspiration, produce prolifically and sift afterward. The underlying logic: attempt ten ideas and one might work; attempt a hundred and several will. Quantity is the prerequisite, not the enemy, of quality.
Pauling embodied this principle across disciplines. His Nobel Prize-winning work on chemical bonds emerged from relentless hypothesis generation—he explored hundreds of molecular structures before formalizing resonance theory and the alpha-helix. He famously proposed an incorrect triple-helix DNA model before Crick and Watson succeeded. His pivot to nuclear peace advocacy and vitamin C research showed a mind perpetually generating ideas across fields, treating prolific output as intellectual virtue rather than scattered thinking.
Pauling worked during the mid-20th century scientific explosion—nuclear physics, the DNA race, the space program, and computing all advanced simultaneously. Post-WWII institutions like Bell Labs demonstrated that concentrating brilliant minds and encouraging experimental volume yielded transformative breakthroughs. The Cold War created urgent pressure for scientific innovation, and formal brainstorming techniques emerged in the 1950s. This era established the modern research paradigm: generate broadly, iterate rapidly, and let selection pressure find what works.
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