Cryptoquotient |

Theorist: Link Starbur

*ei*y

The

**Starbur**[abbreviated as the

*ei*y^{@}hypothesis**Cryptoquotient**(

**CQ**), or, in the context of juking,

**Quotient**(

**Q**)] postulates an algebraic curvature key (ack) for measuring some quotient of egglepple with which it is idempotent. A lemma of

**CQ**seeks to exploit the fitness of the f:b ratio [a saturated load-balancing from twistor residues].

^{#}The theorem was first posed by Link Starbur

*ei*y, who, in suggesting

**CQ**is provable, conjectured that token-based automata is ideally both kernelized and fungible.🤓 ∃ a transactor between preimaging and imaging. -- Problem: show that ¢ent homotopy is normalizable.

Notes (+): + To control compliancy. |

Overview

The

**Cryptoquotient**

__always__assumes current abnormalcy

^{~}(ie. hyper/hypo ≠ 1). Plainly, it is a query into how much (an estimate called the

*crypto*) of the hyper/hypo quotient is optimal (ie. MONEY)(?). In a parimutuel system, which can distribute hypocurrency (ie. cache), the hyper- (ie. credit) portion can remain (hypothetically) asymptotic* iff there exists a hash function (auction) that can bring about perpetual normalization.Situational volatility. This is because the set of fonts is infinitesimal compared to the total fibor count.

The aim is for persistent/redundant cache-credit idempotence (global cryptic hyperlinking), which [(hyper,hypo) = crypto] would be theoretically achievable with a fully secured🔐 [sequenced] payload (courtesy of Double U economics). (see also Juke Lemma, string ludology, The UUe, Starbur

*ei*y automaton, +list)

Function map:

**Q**... Juke Lemma → ... Pink program →

*y*-proof