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Things/Laws/Genz: with mathematisation, the primacy of things over laws was broken and the laws of nature were at the beginning.
Natural Laws/Genz: could it be that the laws of nature we consider necessary do not apply in other parts of the universe because other conditions are realized there? Then these laws of nature are not fundamental.
System: is important for laws: e. g. Galileo's laws of falling bodies are only valid in the space close to earth.
System: For example stone and earth together with their masses.
Small G/Constant/Galilei: Gravitational acceleration. Applies only in the space close to earth. It is part of the Stone/Earth system itself.
Large G/Newton: gravitational constant. Applies also to a greater distance from Earth.
Proximity to Earth/System/Newton: Proximity to Earth is a characteristic of the system for Newton, not the system itself.
Natural Laws/Laws/System/Property/Condition/Genz: when we speak of unknown laws, it is impossible to reliably distinguish between the system and its possible states and its initial conditions!
Phenomenal Laws/appearances/Law/Genz: may have preconditions that are not lawful (e.g. initial conditions).
Definition laws of the first type/1st type/Eddington/Genz: e. g. deterministic laws such as the Newtonian ones, the ones of the elastic shock, Maxwell's equations, laws of quantum mechanics.
Ban things that are impossible.
Definition laws of the second type/2nd type: those of the kinetic gas theory (more general: of thermodynamics) and in particular the Second Principle.
They forbid things that are so unlikely that they can never happen. (Statistical laws).
Laws of the 1st type/Schrödinger/Genz: from the fact that there is such a 2nd type, one cannot conclude that there are laws of the 1st type at all.
Regularless microscopic processes can also lead to the same macroscopic laws that result from averaging as they do. These averages show their own purely statistical regularity. This would also be present if it had come about through rolling a dice.
Schrödinger: Thesis: therefore, the microscopic processes do not actually run causally.
Many authors: VsSchrödinger._____________Explanation of symbols: Roman numerals indicate the source, arabic numerals indicate the page number. The corresponding books are indicated on the right hand side. ((s)…): Comment by the sender of the contribution.
Gedankenexperimente Weinheim 1999
Wie die Naturgesetze Wirklichkeit schaffen. Über Physik und Realität München 2002