On this context, capital effectivity is measured relative to the canonical fixed product AMM which enumerates costs from zero to infinity.
We are going to assume the canonical AMM is a two-token, equal-weights AMM with a liquidity pool with reserve balances of 1M tokens on both sides, e.g. 1,000,000 USDC and 1,000,000 USDT.
These two tokens are anticipated to commerce at near parity (1:1) with one another.
Assume that the market will settle for a value vary for USDC:
Inside its desired peg right down to 0.999998 USDT per USDCWithin its desired peg as much as 1.000002 USDT per USDC.
What number of tokens could be traded on the canonical 1,000,000:1,000,000 USDT/USDC liquidity pool on this value vary?
Solely a single token!
A swap of a single USDT for USDC will transfer the worth of USDC to 1.000002 USDT per USDC.A swap of a single USDC for USDT will transfer the worth of USDC to 0.999998 USDT per USDC.
Due to this fact, the opposite 999,999 tokens on both sides of the pool are successfully ineffective (as long as the stipulated peg value vary is revered).
