100% of circulating LUV lives in one Uniswap V2 pool — the pair creates the price, Uniswap expresses it. Exploring a second pool at maximum with WBTC: the deterministic pair address, the wiring checklist, and the arbitrage dividend that turns fragmentation into reflections.
One hundred quadrillion LUV — 100% of the circulating supply — lives in a single Uniswap V2 pool. That is not an accident of youth; it is the design. The pair creates the price; Uniswap expresses it; and the protocol’s own oracle (luv.oracle) reads it straight from the pool’s reserves, block-anchored, every minute. This article explains why the maximum lives in one pool today — and explores, concretely, what adding a second pool at maximum would mean, using WBTC as the example.
The state: one pool, at maximum
The LUV/WETH pair (0x57D2…8a31) holds the entire 100-quadrillion circulating supply against ETH. Everything the market knows about LUV’s value, it learns here. That concentration buys three things:
- Undivided depth. Every unit of liquidity works in one book; price impact is as small as the total ETH committed can make it.
- One truth for the oracle. luv.oracle reads
getReserves()on this one pair — the price is a measurement, not an average of venues. Each reading carries a chronos attestation (the latest block number and time), because a price without a time is a rumor. - Concentrated reflections. Every buy and sell against the pool pays the 5% (3% reflections · 1% liquidity · 1% incentives). One venue means every trade feeds the same holders.
The live reading, always: luv.pythai.net/LUV.html — the price both ways (ETH↔USDC toggle, WEI per LUV), and the chart with candles, EMA ribbon, Fibonacci retracement, RSI and MACD.
The exploration: a second pool, also at maximum — WBTC
Because Uniswap V2 pairs are CREATE2 contracts, the address of a pool that does not exist yet is already knowable. The future LUV/WBTC pair — WBTC being Bitcoin’s canonical representation on Ethereum (0x2260FAC5E5542a773Aa44fBCfeDf7C193bc2C599) — will live at:
0x95f9d3e5E681D3bD6E396E5444fd3d210490711D
We verified against the factory that this pair is unborn (getPair returns the zero address as of this writing). If and when the community gives Uniswap more LUV, that is where Bitcoin-denominated LUV will trade.
What it takes, technically — the same wiring the WETH pool received:
- Create the pair on the Uniswap V2 factory.
- Owner calls
excludeFromReflection(pair)— pools must not absorb holder reflections. - Owner calls
setMaxTxExemption(pair, true)— pool transfers clear the 1% anti-whale gate. - Seed both sides from treasury working capital — never from locked principal (the LUVlocker policy: spend reflections, never principal).
The economics: fragmentation vs. the arbitrage dividend
Two pools divide depth — that is the cost, and it is real. But two pools are also joined by arbitrage: any gap between the WETH price and the WBTC price of LUV is free money to close, and every arbitrage trade pays the 5% fee. Fragmented liquidity, arb-linked, becomes a fee engine: more surfaces where trades happen, more reflections raining on every holder. The trade-off resolves into a sequencing rule rather than a dilemma:
Deepen the WETH pool toward its first million first; branch to WBTC when depth is no longer the binding constraint. One pool at maximum today; many pools at maximum in turn.
Buy the trillion
Every link presets the swap to exactly 1,000,000,000,000 LUV out. Set slippage to ~10% — LUV carries the 5% reflection fee.
💜 with USDC
Ξ with ETH
₿ with BTC (WBTC)
The verified contract: 0x2711111111683B8708cb9a48cBf36a51315F8254 · the marketplace: luv.pythai.net/LUV.html
SHAMBA © 2026 LUV · luv@pythai.net · Read the field paper: Emotonomics: An Extension of Economics for the Knowledge Economy.
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