#mars Three Major Core Mechanisms
The PoC mechanism, bidirectional supply-and-demand compression and de-centralized mining pool feedback loop linkage, jointly driving deflation, a doubling of computing power, and network expansion.
Proof of Burn (PoC) Mechanism
Burn MARS tokens to obtain permanent computing power; computing power equals block-production rights and reward rights. No mining rigs, no staking, no lockups, no entry barriers—any participant competes under the same rules.
Dynamic Correction
The network’s total computing power continuously calibrates the exchange ratio to ensure miners’ 188-day coin-based ROI. The structures for new and old mining pools achieve systemic fairness, with price and computing power automatically balanced.
The Christmas Equation
Each year, during a 21-day Christmas period, a computing-power expansion game is played; 30% of the circulating supply across the network is burned. The first round is 10x, followed by exponentially increasing computing power, incentivizing long-term holding.
The Oracle Equation
When the coin price retraces 50% from its historical peak and continues for 7 days, trigger a 21-day burn plus computing-power inflation. Repair the price, stabilize ROI expectations, and eliminate short-term speculation.
Decentralized Mining Pool
Direct invitations grant the invitee 50% of the mining power; indirect invitations grant 25%. Rewards come from system-issued new supply, not diluting the invitees’ earnings, forming explosive growth through viral splitting.
A Rigid Deflation Model
Total supply of 200 billion coins, never to be issued again. Production halves every 448 days. Burns are irreversible; a 51% attack is prohibitively costly, creating a non-monopolistic, fair-access computing power market.
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