Michael Faraday — "The very best way to learn is to do."
The very best way to learn is to do.
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More from Michael Faraday
"The secret of my success? I keep my mouth shut."
"I have been working for some time on the subject of electricity and magnetism, and I think I have made some discoveries."
"I am a firm believer in the power of observation and experimentation."
"It is not enough to know, we must apply. It is not enough to will, we must do."
"I am a very happy man, and have a good wife, and am very well content."
Details
Attributed, reflecting his hands-on approach to science.
Date: Mid 19th Century (approx.)
EducationalVerification
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Found in 1 providers: grok
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Understanding this quote
What it means
Real understanding comes from hands-on practice, not just reading or listening. You can absorb theory for years, but skills and deep knowledge only take root when you actually attempt the work, make mistakes, and refine your approach through direct experience. Watching someone swim teaches you about swimming; getting in the water teaches you to swim. Action converts abstract information into genuine competence.
Relevance to Michael Faraday
Faraday embodied this principle. Largely self-taught with only basic schooling, he apprenticed as a bookbinder, read the volumes he bound, and landed at the Royal Institution as Humphry Davy's lab assistant. He built his own apparatus, ran thousands of experiments, and discovered electromagnetic induction through relentless bench work rather than mathematical theorizing. His meticulous lab notebooks show a mind that trusted experiments over speculation.
The era
Faraday worked in early-to-mid 1800s Britain, when science was transitioning from gentleman-amateur 'natural philosophy' to professional experimental disciplines. The Industrial Revolution demanded practical results, and the Royal Institution's public lectures made experimental demonstrations central to scientific communication. Formal physics training barely existed; discoveries came from hands-on tinkerers in cluttered laboratories. Faraday's experimental approach helped define what modern laboratory science would become.
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