I highly recommend watching this short, insightful video, which contains profound, forward-looking information from leading figures in the AI field.
The core revelation is that large language models (LLMs) are rapidly approaching the capability to simulate individual biological cells. This innovation will enable scientists to engage in a direct, conversational manner with the "cell" AI, posing complex, hypothetical questions like: "If I introduce this chemical or protein, what specific effects will you exhibit?"
This development underscores a massive strategic shift: the entire capacity of the AI sector—every programmer, every technique, every computational resource—is being mobilized to build a comprehensive new set of tools for every major scientific discipline.
Imagine an AI for Astronomy that unifies and contextualizes data from every conceivable observation instrument: Earth-based and space-based telescopes, devices sensitive to various wavelengths, gravity wave detectors, and deep, specialized particle detectors.
Now, apply this principle across the entire scientific spectrum—in biology, chemistry, materials science, engineering, and health. The future promises a level of accessibility where anyone can have a dynamic, intelligent conversation with any codified scientific process. The potential impact is truly unimaginable.
The core revelation is that large language models (LLMs) are rapidly approaching the capability to simulate individual biological cells. This innovation will enable scientists to engage in a direct, conversational manner with the "cell" AI, posing complex, hypothetical questions like: "If I introduce this chemical or protein, what specific effects will you exhibit?"
This development underscores a massive strategic shift: the entire capacity of the AI sector—every programmer, every technique, every computational resource—is being mobilized to build a comprehensive new set of tools for every major scientific discipline.
Imagine an AI for Astronomy that unifies and contextualizes data from every conceivable observation instrument: Earth-based and space-based telescopes, devices sensitive to various wavelengths, gravity wave detectors, and deep, specialized particle detectors.
Now, apply this principle across the entire scientific spectrum—in biology, chemistry, materials science, engineering, and health. The future promises a level of accessibility where anyone can have a dynamic, intelligent conversation with any codified scientific process. The potential impact is truly unimaginable.
Host Stunned into Silence After Jensen Huang's Prediction
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