lnq 👨🏿‍🦱: γ-proof
👨🏿‍🦱

### /γ-proof

yesegalo proof, or γ-proof (or just proof), :== a mapping some preimage to its image. Proofing substantiates a fibor, thereby providing (its) identity clarification.!!! While also helping us `draw` up better heuristics. The opposite of a proof is an error. Each proof involves patching two (2) genera in T: yesegalo↔🍄meshroom.^^^ A `framework` for `conduction`: does a `ballet` groove with(in) the Symphony🎶?

γ-proofing tasks: determine the efficiency of an EGP encryption [ie. solve the given puzzle🧩; is the resulting fibor economical (fit within the handicap)|(u,u)=0|?].

The proof itself is scored* as a stereotype (sequenced shapeframe) in some overall random walk.** Proofs of `stewc` `input` are published (to the ledger) in `stewc notation`.

The end🏁 of a proof (solution) should result in the closing🔒 of a string (eg. 0b), ideally a fibor. We endeavor to find the most secure🔐 proofs by improving upon the bounds on classes of twistors. Doing so aids our MONEY-making. (see stewc notation, crypto, mathematical proof, proof.m)
/// As with the traditional `printing` press, the primary reason for `proofing` is to provide confirmation/verification that a job (done) is accurate. Doing so `draws` a consensus (from independent, third-party sources -- read: `stewcers`) for the creation of a new standard. It is important to note that `proofs` are unique (ie. duplication is forbidden on the circuit). All `proofs` are published to the ledger.
Function map: loopstring➿γ-proofMONEYquantumquotient