cyber tokens

the nouns of the cyber economy — every named quantity a neuron can hold, lock, earn, or burn

the native pair

$CYB — scarce value anchor. staked for security, locked for will, burned for permanent π-weight, spent as fees. the unit of economic commitment in the cybergraph

$H — liquidity engine. paired with $CYB via bonding curves. provides the external price signal that feeds cyber/parametrization

together they form the h based economy: $CYB is the store of value, $H is the medium of exchange

learning tokens

derived quantities that cannot be bought — only earned through contribution to the cybergraph

will — locked $CYB × time. the budget for allocating attention. longevity bonus rewards long-term commitment. every cyberlink consumes will, making it a costly signal

attention — will directed at specific particles and axons. the per-target weight a neuron projects. produced by will auto-distribution and fine-tuning

karma — accumulated prob earned across all particles a neuron has linked. the Bayesian Truth Serum score history. cannot be transferred — only earned by being right before the crowd. weights every future cyberlink in the tri-kernel effective adjacency

the four token types

from token theory — two axes (fungible/unique × movable/immovable):

permanent weight tokens

eternal particles — burn $CYB to permanently anchor a particle's π-weight. the graph's long-term assertions that the market cannot undo

eternal cyberlinks — burn $CYB to permanently anchor an edge. structural commitments that cannot be forgotten

the supply equation

gross rewards combine stepped emission with redistributed fees:

$$G = E(t) + F \cdot (1 - \beta)$$

net new supply: $\text{net} = E(t) - F \cdot \beta$. when fees exceed emission, the network is net deflationary

new $CYB is minted only when Δπ > 0 — inflation is literally evidence of knowledge creation

all tokens

see cyber/nomics for the verbs and rules that operate across these tokens. see cybernomics for the universal theory