Quadratic Voting Logic

Quadratic Voting Logic is a mathematical approach to governance that aims to mitigate the influence of large token holders by making the cost of additional votes increase quadratically. Under this system, the cost of casting n votes is n squared, meaning that a participant must spend significantly more to exert greater influence on the outcome.

This mechanism is designed to capture the intensity of preference rather than just the amount of capital, encouraging broader participation and protecting minority interests. In the context of crypto-derivatives, it helps prevent whales from dominating protocol changes that might benefit them at the expense of smaller users.

While it promotes fairness, it can be vulnerable to sybil attacks where an attacker splits their holdings into multiple accounts to bypass the quadratic cost. Therefore, it requires robust identity verification or unique address filtering to be effective.

This logic represents a sophisticated attempt to balance democratic ideals with the realities of tokenized voting power.