With each buy, 1% of the bought tokens are burned (supply is reduced). Burn vs. supply reduction explanation. Also, 1% of tokens from the buy accumulate in the contract to add to the Uniswap ETH V2 liquidity pool. When sold, 1% of the sold tokens are burned (supply is reduced). And, 1% of tokens from the sell accumulate in the contract to add to the Uniswap ETH V2 liquidity pool. When the tokens collected for the LP reach the threshold (0.5% of EVRGROW pooled in the Uniswap ETH V2 pair), then...

With each buy, 1% of the bought tokens are burned (supply is reduced). Burn vs. supply reduction explanation. Also, 1% of tokens from the buy accumulate in the contract to add to the Uniswap ETH V2 liquidity pool. When sold, 1% of the sold tokens are burned (supply is reduced). And, 1% of tokens from the sell accumulate in the contract to add to the Uniswap ETH V2 liquidity pool. When the tokens collected for the LP reach the threshold (0.5% of EVRGROW pooled in the Uniswap ETH V2 pair), then...

Deflationary Design Choices in Tokenized Financial SystemsIn digital asset markets, “token burns” are commonly cited as a deflationary mechanism. The prevailing intuition is straightforward: reducing supply should, all else equal, support higher prices. While this intuition is directionally correct, it obscures an important structural distinction between burn wallet deflation and true supply reduction. These two approaches have materially different implications for valuation, investor behavio...

Deflationary Design Choices in Tokenized Financial SystemsIn digital asset markets, “token burns” are commonly cited as a deflationary mechanism. The prevailing intuition is straightforward: reducing supply should, all else equal, support higher prices. While this intuition is directionally correct, it obscures an important structural distinction between burn wallet deflation and true supply reduction. These two approaches have materially different implications for valuation, investor behavio...