@Besoeker
OK. Just uncertainty if you wish. Knowing one state means you can be less certain about the order of other.
Yes, and there are two things you should consider here.
First, it assumes a certain order of things in its core.
And second, the uncertainty is on our side.
And it considers the state or value of each variable, not the order of it.
Basically, its about measurment.
But you know with certainty that it is currently otherwise?
Based on current studies and research, and based on former experience, yes it can be said with certainty that there are laws that govern the universe and that everything runs in order with everything else.
Sorry old chap. That's opinion.
If we assumed the universe is random, and there is no specific order in it, then by default we're saying that the way matter and particles and even subatomic particles behave could differ drastically between one moment and the other.
Lets say the universe and specifically particle physics is random.
Then by this, we can clearly say that.
Since everything on earth for example is made of atoms, and atoms bined with each other under certain laws and forces, and react to each other under specific laws.
Then assuming randomness in them would mean that they may or may not form any bonds at a given moment in time.
That means complex structures of atoms, which makes almost everything we see around us including us, could form and deform randomly at any time.
If we went further down, the subatomic particles forming atoms are bounded together under specific laws and forces, and the act and react in a set behaviors. If randomness was factual in subatomic particle physics. Then we could assume that atoms could form and deform randomly at moment in time.
That can also be said about subatomic particles and what forms them. (quarks and fundemental particles, check spelling)
If you were assuming that randomness exists only in some parts but not the others, and as you suggested electrical current as an example.
Then by your assumption, that there is no specific order or laws or forces that guides the behavior of electrons.
There are two scenarios, 1 is that its absolute randomness, which would mean that any time we attempt to utilize electricity, it may or may not work and mostly wont work at all not even slightly.
And it means that it couldn't be guided thus we wont have currents, and ofcourse since we use magnets to generate energy, and now its random, then we probably cant generate it to begin with.
If the assumption was partial randomness, then we'd have a huge waste, and not a single piece of technology would be functional.
(But seriously, there are many factors we already know that effects how electrons moves, and they don't BTW move around all over, they move between atoms on certain orbits, and they are bound by energy, magnatic force, gravity, etc.)
And, random or otherwise, how does it demonstrate the existence of a supernatural entity?
It doesn't.
It shows that the universe works under specific laws that makes everything in perfect harmony and relation to each other within it (not talking about people here).
You get the point behind this or ?