Yes I'm assuming it's similar to real-world stocks. If you took Bitcoin with 100% annualized vol you would only have a Sharpe of 0.5 so you need to compound for 16 years to be 95% sure of profit. For a stock with 50% vol you need to compound for 64 years to be 95% sure.
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Hence if you tell me any *other* strategy is optimal, I think you’re making a claim about the real-world properties of the assets.
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Shannon's Demon is just diversification at work, an extreme example of diversification. So if you allow me to make assumptions of real-world properties of this phenomenon, above you mentioned 100% volatile bitcoin-like asset. With 23% allocation, together with stocks:pic.twitter.com/n8yo4GuQ3k
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The two assets need to have both equal risk and equal excess return (over risk-free rate) for optimal to be equal weight.
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I like to think of it that they just need to have the same geometric return. When the geometric return is different, then the weighs are different.https://breakingthemarket.com/the-shape-of-rebalancing-why-some-studies-dont-find-a-rebalancing-benefit/ …
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yes... any "excess return" you would get from delaying rebalancing (assuming no frictions) would be dependent on the cross-sectional return process.
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