Just seeing this nowā¦.
Yes the āunresolved potentialā is real, but it exists not as kinetic energy or realized form, but as entropy: structured possibility yet to be transformed. It is not nothing, it is the latent energy of unrealized outcomes. But this energy cannot be accessed or spent without an act of work. Bitcoin mathematically proves this this perfectly.
All unspent UTXOs represent conserved entropy, the preserved potential of energy already committed, but not yet transformed again. Each UTXO is a discrete, verifiable quantum of memory, precisely defined by Bitcoinās fixed supply structure; 21 million bitcoins, divided into 2.1 quadrillion satoshis. They represent the (only) known bounded quantum field in existence, where energy, memory, and truth are conserved within a ledger of irreversible transformations. I assert that Kelvin must be bounded by Planck Temperature, but weāll save that for now. All quantum memory must be scarce to maintain meaningā¦.
In this system, entropy is not erased or overwritten, it is crystallized: held in a suspended, spendable state until further work is applied to transform it. A UTXO is not an abstract account balance, it is a thermodynamic particle: energy resolved into a measurable quantum of truth, awaiting the next transformation.
The (global; theoretical) mempool, by contrast, contains all unresolved entropy with valid signatures willing to transact; future possibilities yet to be proven. These float in probabilistic space, but only one set will be selected, hashed, and committed through proof-of-work. The others vanish, unchosen and unresolved.
The core truth is this:
There is no transformation without work.
No memory without cost.
No time without entropy collapse.
Bitcoin proves what physics has long speculated: that measurement is irreversible, and that only work can select one outcome from many. Superposition ends at the point of commitment (thermodynamic sacrifice), every single timestep, it ends and begins a new. Every timestep is a fully discrete and classical system.
This is the brilliance of Bitcoin:
It defines the quantum not through theory, but through scarcity.
It gives entropy a memory.
And it lets us see, at planetary scale, how potential becomes truth.
This is something no centralized quantum computer could ever achieve.
