A.I. Learns to Write in DNA
Scientists prompted A.I. to design and create new viruses for the first time, a milestone for medicine that also raises new biosecurity concerns.
A discussion thread on Reddit's r/artificial is probing a question with real implications: can ensembles of AI models outperform human crowds at prediction markets? The hypothesis challenges the foundational assumption behind the entire industry — that collective human intelligence, with real money at stake, is the most reliable forecasting mechanism available.
The argument for AI ensembles is straightforward. Models don't suffer from groupthink, anchoring bias, or reluctance to stake contrarian positions publicly. They can process far more signals simultaneously than any individual analyst. If aggregated model probabilities consistently outperform human crowd estimates, the implications cut across political forecasting, financial derivatives, and insurance underwriting.
The counterargument centers on incentive structure. Prediction markets derive much of their accuracy from participants having real money on the line — skin in the game sharpens thinking in ways that purely probabilistic models may not replicate. Whether AI systems trained on historical data can match that sharpness without a real loss function remains an open empirical question.
If AI crowds do beat human crowds at scale, prediction market platforms as currently designed face a structural reckoning. The incumbents should probably be asking this question themselves rather than waiting for someone else to answer it.
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Scientists prompted A.I. to design and create new viruses for the first time, a milestone for medicine that also raises new biosecurity concerns.
The Trump administration has no idea on how to handle open-source and open-weight AI models from China.
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