Michael Faraday — "Magnetic curves are lines of force; they are not only lines of force but lines o…"
Magnetic curves are lines of force; they are not only lines of force but lines of action.
Get This Quote & Author's Image Illustrated On:
Click any product to generate a realistic preview. Up to 3 at a time.
* Initial load can take up to 90 seconds — revising the preview in another color is nearly instant.
Kitchen
Apparel
Other
More from Michael Faraday
"I have always tried to make my lectures as clear and simple as possible, so that they may be understood by all."
"The five essential entrepreneurial skills for success are concentration, discrimination, organization, innovation and communication."
"The lecturer should give the audience full reason to believe that all his powers have been exerted for their pleasure and instruction."
"The more we know of the laws of nature, the more we are led to believe in the wisdom, intelligence, and design of God."
"I am not afraid of failure, for it is through failure that we learn."
Details
From his experimental researches, describing his concept of field lines.
Date: 1830s-1840s
WisdomVerification
Unverifiable
Found in 1 providers: grok
1 source checked
Understanding this quote
What it means
Faraday is saying the curved patterns iron filings form around a magnet are not just diagrams showing where force exists. They are real physical pathways through which force travels and does work. The lines themselves carry and transmit action across space, rather than simply marking invisible pulls between distant objects. He is elevating the field from a visual aid to a genuine physical entity capable of causing effects.
Relevance to Michael Faraday
Faraday discovered electromagnetic induction in 1831 and spent decades mapping how magnets and currents interact. Lacking formal math training, he thought visually, sketching curves of filings and imagining them as tubes of force. This quote captures his signature insight: the field, not action-at-a-distance, is primary. That intuition seeded Maxwell's equations and modern field theory, making Faraday the bridge between experimental magnetism and mathematical physics.
The era
In the 1830s-40s, Newtonian action-at-a-distance dominated physics: forces leapt instantly across empty space between masses or charges. Faraday's insistence on continuous lines filling space was radical and largely dismissed by mathematicians. Meanwhile the Industrial Revolution demanded practical electromagnetism for telegraphs, motors, and generators. His field concept, initially treated as a crutch for a self-taught bookbinder's son, would later be vindicated when Maxwell translated it into rigorous equations in the 1860s.
AI-generated insights based on extensive research and information for context. Factual errors? Email [email protected].