Explains how it is possible that everyone observes the same speed of light, even if they are moving towards or opposite to the light!
This was observed in in the michelson-Morley experiment which uses the movement of the Earth to try and detect differences in the speed of light.
This leads leads to the following conclusions:
- to length contraction and time dilation
- the speed of light is the maximum speed anything can reach
All of this goes of course completely against our daily Physics intuition.
The "special" in the name refers to the fact that it is a superset of general relativity, which also explains gravity in a single framework.
Since time and space get all messed up together, you have to be very careful to understand what it means to say "I observed this to happen over there at that time", otherwise you will go crazy. A good way to think about is this:
- use Einstein synchronization to setup a bunch of clocks for every position in your frame of reference
- on every point of space, you put a little detector which records events and the time of the event
- each detector can only detect events locally, i.e. events that happen very close to the detector
- then, after the event, the detectors can send a signal to you, who is sitting at the origin, telling you what they detected
- Table of contents | 254, 24, 2k
- 1. Einstein synchronization | 0, 2, 0
- 1.1. Frame of reference | 0, 1, 0
- 2. Lorentz transformation | 224, 7, 1k
- 3. Classical electromagnetism and special relativity | 105, 3, 298
- 4. Spacetime | 0, 5, 278
- 5. Relativistic mechanics | 0, 2, 0
- Compton scattering
- Dirac equation
- General relativity
- Lorentz force
- Lorentz transformation
- Mathematical formulation of quantum mechanics
- Maxwell's equations
- Poincare group
- Quantum electrodynamics
- Relativistic quantum mechanics
- Schrodinger equation
- Solutions of the Schrodinger equation for two electrons
- Transversal time dilation