Who established the close connection between electricity and magnetism?
multipleQAs
Who was the first person to suggest a close connection between electricity and magnetism? Who discovered the close connection between electricity and magnetism through experiments on electromagnetic induction? Who established equations that predicted the connections between electricity and magnetism?
Henry Elles
Michael Faraday Joseph Henry
Maxwell James Clerk Maxwell
History of electromagnetic theory Hans Christian Ørsted
Who established the close connection between electricity and magnetism?
Hans Christian Ørsted Electromagnetism History of electromagnetic theory Electromagnetic field Maxwell's equations Michael Faraday James Clerk Maxwell Classical electromagnetism and special relativity Magnetic field Magnetism
Hans Christian Ørsted was a Danish physicist and chemist who discovered that 
<b>electric</b> currents create <b>magnetic</b> fields, which was the first <b>connection</b> found 
<b>between electricity</b> and <b>magnetism</b>. Oersted&#39;s law and the oersted (Oe) are 
named after him. A leader <b>of</b> the Danish Golden Age, Ørsted was a <b>close</b> friend <b>of</b> 
Hans ... Under his guidance the university <b>developed</b> a comprehensive <b>physics</b> 
and&nbsp;... <b>Electromagnetism</b> is a branch <b>of</b> physics involving the study <b>of</b> the 
electromagnetic force, a type ... Unlike <b>what was</b> proposed by the 
electromagnetic theory <b>of</b> that time, light and other electromagnetic ... An earlier (
1735), and often neglected, <b>connection between</b> electricity and magnetism was 
reported by a Dr. Cookson. Henry Elles was one <b>of</b> the first people <b>to</b> suggest <b>links between electricity</b> and 
<b>magnetism</b>. In 1757 he claimed that he had written <b>to</b> the Royal Society in 1755&nbsp;... An electromagnetic field (also EM field) is a classical (i.e. non-quantum) field 
produced by ... From a classical perspective in the <b>history of electromagnetism</b>, 
the ... Planck&#39;s <b>relation links</b> the photon energy E <b>of</b> a photon <b>to</b> its frequency f 
through the ... A changing electromagnetic field which is physically <b>close to</b> 
currents and&nbsp;... Maxwell&#39;s equations are a set <b>of</b> coupled partial differential equations that, 
together <b>with</b> the ... Versions <b>of</b> Maxwell&#39;s equations based on the <b>electric</b> and 
<b>magnetic</b> ... the <b>magnetic</b> field induced around any <b>closed</b> loop is proportional <b>to</b> 
the <b>electric</b> ... Maxwell understood the <b>connection between</b> electromagnetic 
waves and&nbsp;... Michael Faraday FRS was an English scientist who contributed <b>to</b> the study <b>of</b> 
<b>electromagnetism</b> and electrochemistry. ... Faraday also <b>established</b> that 
magnetism could affect rays <b>of</b> light and that there was ... His demonstrations 
<b>established</b> that a changing magnetic field produces an electric field; this <b>relation</b> 
was modelled&nbsp;... James Clerk Maxwell FRS FRSE (13 June 1831 – 5 November 1879) was a 
Scottish scientist in ... Maxwell is also regarded as a <b>founder of</b> the modern field 
<b>of electrical</b> ... His discoveries helped usher in the era <b>of</b> modern <b>physics</b>, laying 
the ... <b>The relationship between</b> the two men could not be described as being 
<b>close</b>,&nbsp;... The theory <b>of</b> special relativity plays an important role in the modern theory <b>of</b> 
classical ... For the contribution of classical electromagnetism to the development 
of special relativity, see History of special relativity. ... Secondly, it sheds light on 
<b>the relationship between</b> electricity and magnetism, showing that frame <b>of</b> 
reference&nbsp;... A <b>magnetic</b> field is a vector field that describes the <b>magnetic</b> influence <b>of electric</b> 
charges in ... <b>Magnetic</b> fields surround and are <b>created</b> by magnetized material 
and by ... An alternative method <b>to</b> map the <b>magnetic</b> field is <b>to</b> &quot;<b>connect</b>&quot; the 
arrows <b>to</b> ... where the integral is a surface integral over the <b>closed</b> surface S (a 
<b>closed</b>&nbsp;... An understanding <b>of the relationship between electricity</b> and <b>magnetism began</b> in 
1819 <b>with</b> work by Hans Christian Ørsted, a professor&nbsp;...
Hans Christian Ørsted
Hans Christian Ørsted