Electromagnetism Pins and Buttons

The Laplace force law, the force that arises from having a current in a magnetic field, which has various applications in engineering.

The Laplace force law, the force that arises from having a current in a magnetic field, which has various applications in engineering.

The Biot Savart equation, a useful equation used to calculate the static magnetic field.

The Biot Savart equation, a useful equation used to calculate the static magnetic field.

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d'Alembert wave equation that describes almost all waves, mechanic and electromagnetic, in the absence of friction or loss of energy.

d'Alembert wave equation that describes almost all waves, mechanic and electromagnetic, in the absence of friction or loss of energy.

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Faraday on electromagnetism. Page from the notebooks of British physicist Michael Faraday (1791-1867), showing notes and a diagram of an electromagnetic generator. These notes date from 17 October 1831. Faraday made several major advances in the fields of magnetism and electricity, devising the first electric motor and equipment such as transformers and dynamos. He worked at the Royal Institution, London, UK.

Faraday on electromagnetism. Page from the notebooks of British physicist Michael Faraday (1791-1867), showing expected results of experiments on electromagnetism. The date of 19 January 1823 is at top left, with additional dates (27 January) within the notes. This is the second of two pages describing 24 experiments. For the two pages, see C015/4896 and C015/4891. Faraday made several major advances in the fields of magnetism and electricity, devising the first electric motor and equipment such as transformers and dynamos. He worked at the Royal Institution, London, UK.

The formula giving the speed of light in a vacuum, this formula is deduced using the d'Alembert wave equation, and it proves the wave nature of light.

The formula giving the speed of light in a vacuum, this formula is deduced using the d'Alembert wave equation, and it proves the wave nature of light.

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James Clerk Maxwell (1831-1879), Scottish physicist. Maxwell's major work was on light and electromagnetic waves. He showed that oscillating charges produced waves in an electromagnetic field, and that these waves had the same velocity as light. This led him to predict other forms of electromagnetic radiation, such as radio waves. He introduced the value 'c' for the speed of light, worked on the motions of molecules in a gas, and showed that Saturn's rings must be composed of numerous particles. He was elected Fellow of the Royal Society in 1861. Portrait from 'History of the Institution of Electrical Engineers 1871-1931' (Appleyard, 1939).

Illustrated electricGauss law from Maxwell equations.

Deriving d'Alembert wave equation of electric field from Maxwell's equations.

Deriving d'Alembert wave equation of electric field from Maxwell's equations.

The definition of the electromagnetic tensor derived by working in 4 dimensions in Minkowski spacetime.

Illustrated electric Gauss law from Maxwell equations.

A beautiful equation, assembling the four equations of Maxwell in a compact unique equation.

Michael Faraday was one of the greatest scientists of the World

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Symbolism of the field around the planet and the speculative effect it has on earth and humanity

A beautiful equation, assembling the four equations of Maxwell in a compact unique equation.

The infamous and very useful equation to move from contour integral to surface integral, also known as Stokes theorem.

Faraday on electromagnets. Page from the notebooks of British physicist Michael Faraday (1791-1867), showing notes and a diagram of a large electromagnet. These notes date from 1 November 1832. Faraday made several major advances in the fields of magnetism and electricity, devising the first electric motor and equipment such as transformers and dynamos. He worked at the Royal Institution, London, UK.

Faraday law of electromagnetic induction which is the founding block of almost all the engineering we use, from electrical to mechanical engineering.

Faraday law of electromagnetic induction which is the founding block of almost all the engineering we use, from electrical to mechanical engineering.

The infamous and very useful equation to move from contour integral to surface integral, also known as Stokes theorem.

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The infamous and very useful equation to move from volume integral to surface integral.

The infamous and very useful equation to move from contour integral to surface integral, also known as Stokes theorem.

The infamous and very useful equation to move from volume integral to surface integral.

The infamous and very useful equation to move from contour integral to surface integral, also known as Stokes theorem.