In 1907 Silberstein described a bivector approach to the fundamental electromagnetic equations.
2.
He corrected some mistakes of Lorentz and proved the Lorentz covariance of the electromagnetic equations.
3.
In the modern age, the force equations described by Hendrik Lorentz are placed alongside Maxwell's equations as an additional electromagnetic equation that is not included as part of the set.
4.
He demonstrated that radio radiation had all the properties of waves ( now called electromagnetic radiation ), and discovered that the electromagnetic equations could be reformulated into a partial differential equation called the wave equation.
5.
In 1908 he wrote several works together with Einstein on the basic electromagnetic equations, which was aimed to replace the four-dimensional formulation of the electrodynamics by Minkowski by a simpler, classical formulation.
6.
In 1912, he presented a general covariant formulation of the electromagnetic equations, based on the absolute differential calculus, which is also valid within Albert Einstein's General Relativity, before that theory was even developed.
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