15yo Quantum PhD Prodigy Targets AI Longevity
Laurent Simons defended quantum physics PhD at 15 on Bose polarons; now pursues second PhD using AI to defeat aging and create superhumans.
Accelerated Path Unlocks Frontier Research
Finish high school at 8, bachelor's in physics (3-year program) in 18 months at 11, master's on Hawking radiation and Bose-Einstein condensates at 12, PhD defended November 17, 2025, at University of Antwerp. IQ 145 (top 0.1%), photographic memory, supported by family prioritizing both scientist and child. Institutions accelerated: primary at 4, university admission as child, no special provisions for PhD.
Bose Polarons in Exotic Quantum States
Thesis "Bose polarons in superfluids and supersolids" models impurity particles in Bose-Einstein condensates—atoms cooled to billionths of a degree above absolute zero, forming fifth state of matter (predicted 1920s, achieved 1995). Polarons gain effective mass/energy from medium interactions, studied in superfluids (frictionless flow) and supersolids (crystal order + superfluidity, confirmed 2019). Uses advanced theory for many-body quantum systems; supervised by leading Antwerp researchers, peer-reviewed preprints. Internship at Max Planck Quantum Optics.
AI for Transformational Human Enhancement
Second PhD at Munich in medical science/AI: thesis "Creating a superhuman by defeating aging." Targets longevity mechanisms (senescent cells, telomere shortening, mitochondrial dysfunction, proteostatic collapse) via AI-driven biology. Enhancement types: therapeutic (restore baseline), elective (improve beyond norm), transformational (reengineer traits). Quantum background aids modeling quantum biology (photosynthesis, enzymes, neurons). Motivated by grandparents' death at 11: extend immortality for others. Field funded billions in 2025 (Stanford, Broad, Max Planck, biotechs).
Prodigy risks: Lacks life experience for ethical decisions in AI/biology enhancement; needs guardrails on testing, access, side effects.