The Special Theory of Relativity
by J D Cresser
Publisher: Macquarie University 2003
Number of pages: 44
Contents: Introduction - What is Relativity?; Frames of Reference; The Galilean Transformation; Newtonian Force and Momentum; Newtonian Relativity; Maxwell's Equations and the Ether; Einstein's Postulates; Clock Synchronization in an Inertial Frame; Lorentz Transformation; Relativistic Dynamics; Geometry of Spacetime.
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by Howard Georgi - Harvard College
For students with good preparation in physics and mathematics at the level of the advanced placement curriculum. Topics include an introduction to Lagrangian mechanics, Noether's theorem, special relativity, collisions and scattering, etc.
by David W. Hogg - Center for Cosmology and Particle Physics
These notes introduce undergraduates to special relativity from its founding principle to its varied consequences. The text can also serve as a reference for those of us who need to use special relativity regularly but have no long-term memory.
by Nadia L. Zakamska - arXiv
The main purpose of these notes is to introduce 4-vectors and the matrix notation and to demonstrate their use in solving problems in Special Relativity. The pre-requisites are calculus-based Classical Mechanics and Electricity and Magnetism.
by Z. K. Silagadze - arXiv
The author argues in favor of logical instead of historical trend in teaching of relativity and that special relativity is neither paradoxical nor correct, but the most natural description of the real space-time valid for all practical purposes.