"How Quantum & AI Will Shape the World's Future" -- Peter H. Diamandis Moonshots EP #123

Episode summary

Part one of the Jack Hidary two-parter lays the conceptual foundation for SandboxAQ's thesis: that Large Quantitative Models (LQMs) -- AI trained on physics equations and numerical data rather than language -- represent the next frontier beyond LLMs. Hidary walks through the history from Planck to Transformers, explaining why modeling atomic-scale behavior with quantum equations combined with AI will unlock breakthroughs in drug discovery, materials science, and energy that language models cannot touch.

Key arguments / segments

[00:01:00] Hidary's background: philosophy/physics/neuroscience at Columbia, quantum group at Alphabet, SandboxAQ spin-out with $500M and Eric Schmidt as chairman
[00:05:02] Core thesis: both AI and quantum physics are compression engines -- they take massive data and compress it into manageable, predictive models
[00:06:01] History of neural networks from 1943 (McCulloch-Pitts paper) through RNNs to the 2017 Transformer paper ("Attention Is All You Need") and GPU parallelization
[00:10:01] LLMs as compression: they generalize patterns from language corpora but are fundamentally limited to recombining what exists in text; no new physics emerges from training on words
[00:13:01] The majority of the world is numbers, not words -- drug molecules, battery chemistry, fluid dynamics all require mathematical modeling that LLMs cannot provide
[00:15:01] The realization that modern compute could bring quantum equation solving to production scale -- the founding insight of SandboxAQ
[00:22:00] History of quantum physics: Planck (1900), Einstein's photoelectric effect (1905), Schrodinger, Heisenberg, Bohr -- correcting the misconception that quantum only describes small scales
[00:26:01] Valence electrons and drug design: immunotherapy drugs work by modeling molecular binding at the quantum level; LQMs can simulate candidate molecules computationally instead of wet-lab trial-and-error

Notable claims

There are 4-5 simultaneous crises in late 1800s physics that all resolved once Newtonian assumptions were abandoned for quantum mechanics [00:23:00]
Current LLMs up to 2-2.5 trillion parameters, but still fundamentally limited to probabilistic text generation [00:12:01]
40 years of Alzheimer's research with effectively nothing to show; quantum-informed drug discovery is positioned as the breakthrough path [00:03:01]

Guests

Jack Hidary -- CEO of SandboxAQ. Author of "AI or Die" and "Quantum Computing: An Applied Approach." Former Alphabet quantum group founder. XPRIZE trustee. Columbia-educated in philosophy, physics, and neuroscience.

Mapping against Ray Data Co

The LQM framing (Large Quantitative Models vs. Large Language Models) is a useful conceptual distinction for the newsletter. The compression-engine mental model -- both AI and physics compress reality into actionable predictions -- is a strong explanatory framework. The claim that language-trained AI cannot discover new physics or chemistry is relevant to any RDCO content about AI limitations and where the real frontier work is happening.

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