Providing liquidity on PancakeSwap v3 can positively affect airdrop rewards, as it demonstrates active participation and value to the DeFi ecosystem. The specific impact depends on the airdrop's criteria; some may reward all LPs, while others might favor those with higher TVL or longer commitment. However, be aware of potential risks like impermanent loss. Merely providing a minuscule amount of liquidity for a short period is unlikely to yield a significant reward compared to substantial, long-term provision.
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When the slashing probability doubles, the reward multiplier must more than double to maintain the same level of operator participation and utility. In a risk-neutral model, a doubling of probability from p to 2p would require the reward to double from R to 2R to keep the expected value constant. However, operators are risk-averse. A higher probability of a ruinous event makes the investment significantly less attractive, increasing the perceived variance and requiring an additional compensatory premium, δ. Thus, the new reward should be 2R + δ. The value of δ increases with the base probability and the degree of operator risk aversion, ensuring the utility of staking remains competitive with safer alternatives.
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When slashing probability doubles, how should the reward multiplier change? If the slashing probability doubles, the reward multiplier must more than double to maintain the same level of operator participation, assuming risk aversion. In a risk-neutral world, a doubling of probability from p to 2p would simply require a doubling of the reward multiplier to 2R to keep the expected value constant. However, operators are not risk-neutral. A higher probability of a ruinous event makes the investment significantly less attractive. The utility lost from the increased variance and fear of total loss requires an additional compensatory premium. Therefore, to attract the same quality and quantity of operators, the new reward multiplier would need to be 2R + δ, where δ is a positive risk premium that increases with the base probability and the degree of operator risk aversion.
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