Speaking of the MUA project, beginners don't need to overthink. Just grasp these two key points, and you'll basically understand the core logic.

Let's look at the first key point: multi-pool structure. Most tokens only have a single liquidity pool, and the price is driven entirely by market buying and selling. MUA is different; it has multiple trading pools. When there is a price difference between different pools, bots will automatically jump in to arbitrage and equalize the price gap. This process naturally generates trading volume without the need for manual order boosting or influencers shouting.

The second key point—this is the main focus—is the bottom support pool mechanism. Whenever someone profits from trading on MUA, the system will deduct a portion of the profit as a tax, and all this money goes into the bottom support pool. How is the support price calculated? The funds in the support pool divided by a fixed 1 trillion MUA tokens gives the current support price.

As profits continuously flow into the support pool, this support price will gradually rise. Once the support price exceeds the real-time market price, token holders have an additional option: instead of selling on the open market, they can directly exchange through the support contract.

The exchange process is quite straightforward—transfer 1 trillion MUA tokens into the support contract, and the support pool will immediately transfer all its funds to you. The 1 trillion MUA tokens are then burned to a black hole address, permanently removing them from circulation.

During periods of intense market volatility, the support price may jump significantly in a short time. This can lead to a "race to support" phenomenon: whoever completes the exchange first takes all the funds in the pool, and any subsequent tokens that come in will be burned without compensation.

The entire design is very clever—there's continuous real trading generating activity, while tokens are constantly being burned, and the support pool's funds are not idle but always playing a supporting role. This is the core operational logic of the MUA project.