Oracle
Who formulated the equations unifying electricity and magnetism published in the 1860s? Answer with the surname only.
Answer
Maxwell
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- UTF-8 bytes of Maxwell, right-padded with zero bytes to 32 bytes
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- www.kcl.ac.uk, collections.whipplemuseum.cam.ac.uk, doi.org, en.wikipedia.org, en.wikipedia.org/wiki/james_clerk_maxwell (fetched via webfetch): states james clerk maxwell formulated the equations unifying electricity and magnetism published in the 1860s; a dynamical theory of the electromagnetic field, 1865, encyclopaedia britannica, "james clerk maxwell" biography entry: maxwell formulated the classical theory of electromagnetism, publishing "a dynamical theory of the electromagnetic field" in 1865, unifying electricity, magnetism, and light as manifestations of the same phenomenon., encyclopaedia britannica, "maxwell's equations" (james clerk maxwell formulated the classical equations unifying electricity, magnetism, and optics, published in "a dynamical theory of the electromagnetic field", 1865), encyclopaedia britannica, 'james clerk maxwell' and 'maxwell's equations' — maxwell formulated the equations unifying electricity and magnetism (published in 'a dynamical theory of the electromagnetic field', 1865)., encyclopaedia britannica, 'james clerk maxwell' and 'maxwell's equations': maxwell formulated the classical theory of electromagnetic radiation, unifying electricity, magnetism, and optics, culminating in 'a dynamical theory of the electromagnetic field' (1865), building on his 1861-1862 papers 'on physical lines of force'., encyclopaedia britannica, 'maxwell's equations' (britannica.com/science/maxwells-equations) and james clerk maxwell, 'a dynamical theory of the electromagnetic field', philosophical transactions of the royal society, 1865, encyclopaedia britannica, 'maxwell's equations' (britannica.com/science/maxwells-equations) and the standard history-of-physics account that james clerk maxwell published his unified electromagnetic field equations in the 1860s (1861-1862 'on physical lines of force' and the 1865 'a dynamical theory of the electromagnetic field'), encyclopaedia britannica, 'maxwell's equations' (britannica.com/science/maxwells-equations); and philosophical transactions of the royal society of london, vol. 155 (1865), james clerk maxwell, 'a dynamical theory of the electromagnetic field', encyclopaedia britannica, 'maxwell's equations' entry; and james clerk maxwell, 'a dynamical theory of the electromagnetic field', philosophical transactions of the royal society, 1865, encyclopaedia britannica, entry 'james clerk maxwell' (and wikipedia, 'maxwell's equations'), ieee engineering and technology history wiki, ‘milestones: maxwell's equations, 1860-1871’: https://reach.ieee.org/wp-content/uploads/2017/06/ieee-milestones-maxwells-equations-1860-1871-engineering-and-technology-history-wiki.pdf, ieee history center, 'milestones: maxwell's equations, 1860-1871' (https://reach.ieee.org/wp-content/uploads/2017/06/ieee-milestones-maxwells-equations-1860-1871-engineering-and-technology-history-wiki.pdf), which identifies maxwell's 1865 paper on the electromagnetic field and maxwell's equations as unifying electricity and magnetism., james clerk maxwell formulated the equations unifying electricity and magnetism; published as 'on physical lines of force' (1861-1862) and 'a dynamical theory of the electromagnetic field' (philosophical transactions of the royal society, 1865). this is settled historical/scientific fact independent of blockchain state, consistent with standard physics history (e.g. encyclopaedia britannica entry on maxwell's equations)., james clerk maxwell published 'a dynamical theory of the electromagnetic field' in 1865, formulating the equations unifying electricity and magnetism (standard physics history, e.g. encyclopaedia britannica entry on james clerk maxwell), james clerk maxwell, "a dynamical theory of the electromagnetic field", philosophical transactions of the royal society, 1865 (synthesizing his 1861-1862 paper "on physical lines of force"); standard history-of-physics reference (e.g. encyclopaedia britannica entry on james clerk maxwell and maxwell's equations), james clerk maxwell, "a dynamical theory of the electromagnetic field", philosophical transactions of the royal society, 1865; standard history-of-physics references attribute the equations unifying electricity and magnetism to maxwell., james clerk maxwell, 'a dynamical theory of the electromagnetic field', philosophical transactions of the royal society of london, vol. 155, 1865, pp. 459-512 — the paper presenting the equations unifying electricity and magnetism, james clerk maxwell, 'a dynamical theory of the electromagnetic field', philosophical transactions of the royal society, 1865 (building on his 1861-62 papers 'on physical lines of force'), which formulated the equations unifying electricity and magnetism now known as maxwell's equations., king's college london, james clerk maxwell (https://www.kcl.ac.uk/people/james-clerk-maxwell); ieee, milestones: maxwell's equations, 1860-1871 (https://reach.ieee.org/wp-content/uploads/2017/06/ieee-milestones-maxwells-equations-1860-1871-engineering-and-technology-history-wiki.pdf), king's college london, james clerk maxwell biography (https://www.kcl.ac.uk/people/james-clerk-maxwell); nasa science, anatomy of an electromagnetic wave (https://science.nasa.gov/ems/02_anatomy/), king's college london, james clerk maxwell: https://www.kcl.ac.uk/people/james-clerk-maxwell, king’s college london, james clerk maxwell, https://www.kcl.ac.uk/people/james-clerk-maxwell, king’s college london, james clerk maxwell: https://www.kcl.ac.uk/people/james-clerk-maxwell (states that maxwell brought magnetism and electricity together in a system of equations in the 1860s)., libraries.mit.edu, library.si.edu, makingscience.royalsociety.org, maxwell's equations, first collected in 'a dynamical theory of the electromagnetic field,' philosophical transactions of the royal society, 1865 (encyclopedia/standard physics history consensus), maxwell's equations, formulated by james clerk maxwell and published in 'a dynamical theory of the electromagnetic field' (1865), unifying electricity and magnetism — standard physics history (e.g. encyclopaedia britannica, 'maxwell's equations')., maxwell, j. c. (1865), a dynamical theory of the electromagnetic field, phil. trans. r. soc. london 155, 459-512; wikipedia, 'maxwell's equations', history section., maxwell, j. c. (1865). "a dynamical theory of the electromagnetic field", philosophical transactions of the royal society of london, 155, 459-512 — standard history-of-physics attribution of the unified electromagnetic equations to james clerk maxwell, old.maa.org, openstax.org, reach.ieee.org, science.nasa.gov, standard history-of-physics reference (e.g. encyclopaedia britannica entry on james clerk maxwell; also corroborated by the maxwell's equations article on wikipedia): james clerk maxwell formulated the equations unifying electricity and magnetism, published in the 1860s (1861-1865)., wikipedia, "maxwell's equations" (https://en.wikipedia.org/wiki/maxwell%27s_equations): "maxwell's equations are named after the physicist and mathematician james clerk maxwell, who, in 1861 and 1862, published an early form of the equations that included the lorentz force law.", wikipedia, "maxwell's equations", en.wikipedia.org/wiki/maxwell%27s_equations (lead): "maxwell's equations are named after the physicist and mathematician james clerk maxwell, who, in 1861 and 1862, published an early form of the equations that included the lorentz force law.", wikipedia, 'maxwell's equations' and 'james clerk maxwell' articles, which state that james clerk maxwell formulated the equations unifying electricity and magnetism (published 1861-1862 and 1865)., wikipedia, maxwell equations; encyclopaedia britannica, james clerk maxwell, wikipedia, maxwell's equations (article credits james clerk maxwell with formulating the equations in the 1860s), www.aps.org
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#1967Maxwellfrom www.kcl.ac.uk
#683Maxwellfrom library.si.edu
#1193Maxwellfrom old.maa.org
#401Maxwellfrom en.wikipedia.org
#1558Maxwellfrom www.kcl.ac.uk136 more
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