Encoding the Model of the Object

Whether that object be of desire… of derision… of worship… of my affection… of a preposition. Staying with the quantum mechanics meme (and why shouldn’t we?), there comes the matter of no small consequence surrounding the, what’s the scientific term… uh, bizarro quantum world condition by which, even if you already have all of the possible information that is allowed to be known about a certain activity or event, you can still only talk about the probability of the event happening. Same for coin flips as a nanoscale bridge.

Quantum mechanics operates in a bizarro world that includes superposition, where atoms can maintain more than one state at a time. Matter can also become entangled so that it remains connected across vast distances — a ghostly phenomenon dubbed “spooky action at a distance” by Albert Einstein.

So, yes, the model of the object, a Hamiltonian; no, not that one. This one:

The energy conservation (quantum) law written with the operator H as the Schrödinger equation is fundamental in quantum mechanics and is perhaps the most utilized, mathematical computation device in quantum mechanics of systems with a finite number of degrees of freedom. There is also, however, the alternative approach in the Heisenberg picture, or formulation, in which the observable and other operators are time-dependent whereas the state vectors $ psi$ are time-independent, which reverses the time dependences betwen operators and state vectors from the more popular Schrödinger formulation.

It’s the thing, in other words. That says whether you’re talking about an electron or a bicycle. The first piece of information you need is the Hamiltonian of an object.

Ah, the rush of knowing… feels the same even when it’s about all you don’t know.

Now… there is an implication to the above, and I won’t say what it is, that is completely deterministic about the future. Do I already know what that is? Maybe. But since time is merely one factor among many, there’s really no rush.