Michael Faraday — "The important thing is to know how to take a hint, to seize upon the suggestion,…"
The important thing is to know how to take a hint, to seize upon the suggestion, however small, and to extract its full value.
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More from Michael Faraday
"The greatest error is to believe that one knows everything."
"I could trust a fact and always cross-examine an assertion."
"I have always tried to make my lectures as clear and simple as possible, so that they may be understood by all."
"The imagination is a wonderful thing, and it is the source of all discovery."
"The world is full of things that are wonderful, but we only see them when we are looking for them."
Details
Attributed, reflecting his approach to scientific discovery.
Date: Mid 19th Century (approx.)
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Understanding this quote
What it means
Pay close attention to small clues and subtle suggestions, because breakthroughs often come from noticing something minor that others overlook. The skill is not just spotting the hint but pursuing it relentlessly until you have drawn out every possible insight. Curiosity and follow-through matter more than waiting for obvious, dramatic discoveries. A tiny observation, fully investigated, can yield more than a grand idea left unexplored.
Relevance to Michael Faraday
Faraday embodied this principle. Born poor and largely self-taught, he started as a bookbinder's apprentice who seized on a small hint, attending Humphry Davy's lectures, and parlayed that into a scientific career. His discovery of electromagnetic induction came from noticing subtle deflections of a compass needle near a current. He built revolutionary physics from carefully extracting meaning from tiny experimental cues others dismissed.
The era
Faraday worked in early-to-mid 1800s Britain, during the Industrial Revolution, when electricity was a curiosity, not yet a technology. Formal scientific training was reserved for the wealthy, and empirical tinkering was giving way to institutional science at places like the Royal Institution. Faraday's era rewarded patient observation: instruments were crude, so discoveries hinged on noticing faint signals. His work laid the groundwork for generators, motors, and the electrified world that followed.
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