fundamental physical law
C1606
concept
A fundamental physical law is a universal, empirically validated principle that describes how basic aspects of the physical universe consistently behave under specified conditions.
Observed surface forms (12)
- law of electromagnetism ×3
- empirical law ×2
- classical mechanics law ×1
- electromagnetic force law ×1
- fundamental equation of physics ×1
- gas law ×1
- heat transfer law ×1
- law of motion ×1
- law of optics ×1
- law of refraction ×1
- law of thermal radiation ×1
- law of thermodynamics ×1
Instances (14)
- Einstein field equations
-
Robert Boyle
via concept surface "gas law"
surface form: Boyle's law
- Dirac equation via concept surface "fundamental equation of physics"
- Snell’s law of refraction via concept surface "law of optics"
- Newton's first law of motion via concept surface "law of motion"
- Newton's second law of motion via concept surface "classical mechanics law"
-
Gauss’s law
via concept surface "law of electromagnetism"
surface form: Gauss's law
- Wien displacement law via concept surface "empirical law"
- Gauss's law for magnetism via concept surface "law of electromagnetism"
- Faraday's law of induction via concept surface "law of electromagnetism"
- Steinmetz’s law of hysteresis via concept surface "empirical law"
- Lorentz force via concept surface "electromagnetic force law"
- Fourier's law of heat conduction via concept surface "heat transfer law"
- Kirchhoff's law of thermal radiation via concept surface "law of thermodynamics"