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An investment thesis can be correct about the final outcome but still fail. The path is not linear; random volatility (the "bridge") creates mismatches, like AI compute overcapacity, that trigger defaults and force liquidations long before the correct endpoint is reached.
Leopold Aschenbrenner's fund, despite a strong AI thesis, was margin called due to massive leverage. This shows how short-term market corrections, amplified by leverage, can destroy fundamentally sound, long-term positions—a classic lesson Warren Buffett has warned about for decades.
Investor Leopold Ashburner's bullish AI thesis may ultimately be proven correct. However, his fund was wiped out by a forced liquidation due to excessive leverage. This highlights that correct long-term predictions are worthless without proper risk management that can withstand short-term volatility.
The key volatility risk for the AI trend is a potential "air pocket"—a timing gap between the massive CapEx on training infrastructure and the actual realization of productivity gains from AI applications. This handoff period could trigger a market correction, even for long-term believers in AI.
The challenge 'If you're a doomer, what are your shorts?' is flawed. Shorting the market is pointless if an existential catastrophe means there's no one to pay you. A more logical financial strategy for someone who anticipates AI-driven chaos is to bet on extreme volatility, near-misses, and non-extinction-level disasters along the way.
When predicting major economic shifts like a bond market crisis or an AI stock correction, being wrong in a specific year doesn't invalidate the thesis. The underlying pressures may still exist, with the predicted event simply postponed. This reframes forecast misses as primarily errors in timing rather than analysis.
The Situational Awareness fund collapse shows a correct long-term thesis (AI infrastructure build-out) can fail. When a fund is highly leveraged and concentrated, short-term macroeconomic jitters around interest rates or geopolitical events can force liquidation before the thesis can play out.
History shows that revolutionary technologies like AI require massive, often debt-fueled, infrastructure buildouts. The revenue from these technologies frequently lags the debt obligations, causing the first generation of investors to go bust. Real wealth is often captured by later investors who buy in after the initial collapse.
Quoting G.K. Chesterton, Antti Ilmanen highlights that markets are "nearly reasonable, but not quite." This creates a trap for purely logical investors, as the market's perceived precision is obvious, but its underlying randomness is hidden. This underscores the need for deep humility when forecasting financial markets.
The belief that AI will drive massive, uninterrupted economic growth overlooks the historical pattern of tech bubbles. A downturn is likely, and just as in the dot-com crash, many of today's dominant AI companies like OpenAI and Anthropic may not survive, wiping out fortunes built on their perceived permanence.
Beyond utopia, dystopia, or failure, a key risk is that AI delivers value, but too slowly to justify the massive, leveraged financial bets made on its rapid success. This mismatch in timelines between technological progress and financial obligations could precipitate a crisis.