Results 221 to 230 of about 4,297 (257)
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The Continuum in Special Relativity
Physical Review, 1951A relativistically covariant formalism describing the behavior of a continuous medium is presented. A method is developed for resolving covariant expressions into space and time components. One obtains by this method from a symmetric energy-momentum tensor, a scalar invariant energy density, a vector heat flux, and the stress tensor.
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2023
This Element presents the philosophy of special relativity: from the foundations of the theory in Newtonian mechanics, through its birth out of the ashes of 19th Century ether theory, through the various conceptual paradoxes which the theory presents, and finally arriving at some of its connections with Einstein's later theory of general relativity. It
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This Element presents the philosophy of special relativity: from the foundations of the theory in Newtonian mechanics, through its birth out of the ashes of 19th Century ether theory, through the various conceptual paradoxes which the theory presents, and finally arriving at some of its connections with Einstein's later theory of general relativity. It
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Cosmological Special Relativity
1997Cosmological special relativity: fundamentals of special relativity present-day cosmology postulates cosmic frames space velocity in cosmology pre-special-relativty relative cosmic time inadequacy of classical transformation universe expansion versus light derivation of the transformation interpretation of the transformation another derivation ...
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Nature, 1962
Two years ago I pointed out1 what appears to be an inconsistency in the kinematical part of Einstein's special theory of relativity. I repeated this in a slightly different form in a volume published in December last2. No comment has been made on the former publication, either spontaneously or in response to individual requests, and in none of the many
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Two years ago I pointed out1 what appears to be an inconsistency in the kinematical part of Einstein's special theory of relativity. I repeated this in a slightly different form in a volume published in December last2. No comment has been made on the former publication, either spontaneously or in response to individual requests, and in none of the many
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Special relativity in general relativity?
Journal of Mathematical Physics, 1974Starting from the metric in harmonic coordinates for a test particle m1 around a heavy particle m2(m2≫m1) at rest, the EIH Lagrangian is recovered by making a Lorentz transformation, followed by a canonical transformation and an appropriate symmetrization in the two masses. This raises the question of a special relativity content in general relativity,
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Is the Special Theory of Relativity Wrong ?: The Special Theory of Relativity
Nature, 1968Since the publication of Professor Dingle's article (Nature, 216, 119; 1967), arguing that the special theory of relativity is incorrect, several comments on this issue have been received, and we propose in the next few months to publish a selection of these.
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Special Relativity Search: A novel metaheuristic method based on special relativity physics
Knowledge-Based Systems, 2022Vahid Goodarzimehr +2 more
exaly
Henri Poincaré and Special Relativity
2001The starting point of this paper is the frequently discussed controversy about the question whether Einstein's theory of special relativity has been anticipated or independently developed by Henri Poincaré. The author does not pretend to offer a new opinion about this topic; the paper is mostly a presentation and critical evaluation of the relevant ...
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2016
Special relativity is essential in order to be able to link magnetic fields to electric fields. Einstein's special relativity postulates and the Lorentz transformation equations are used to derive formulas for time dilation and length foreshortening in a moving frame of reference. The kinematic consequences of these formulas are explored.
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Special relativity is essential in order to be able to link magnetic fields to electric fields. Einstein's special relativity postulates and the Lorentz transformation equations are used to derive formulas for time dilation and length foreshortening in a moving frame of reference. The kinematic consequences of these formulas are explored.
openaire +1 more source