Contents23 chapters0:00Cold open / sizzle reelPlay→1:09“Hello Internet” — episode setupPlay→1:53Story 1 — Plants’ “phantom enzyme” found (alkaloids + asymmetric synthesis)Play→9:13Radioisotope tracing (why tagging reveals mechanism)Play→13:45The 1973 hypothesis and the 50-year treasure huntPlay→19:10Proving it’s concerted (tagged nitrogen + NMR)Play→22:28AlphaFold + the single-residue switch (tyrosine vs phenylalanine)Play→27:08Evolution: bacterial origin + “plants invented version control”Play→29:42Applications: CRISPR into yeast for scalable pharma productionPlay→33:36The Rundown beginsPlay→35:16Rundown — Artemis II delays (hydrogen leaks + launch windows)Play→36:52Rundown — Lions have a second roar (AI classification + conservation)Play→40:38Rundown — Juno refines Jupiter’s size (more occultation data)Play→44:13Rundown — Matter from “nothing” (RHIC, lambda hyperons, spin correlations)Play→51:41Story 2 — Quantum sensing with entangled atomic sensor arrays (Science)Play→56:40Squeezed states, SQL vs Heisenberg limit (why noise can drop)Play→1:18:14Story 3 — Alpha-K: mapping cancer’s local fitness landscape (aneuploidy)Play→1:28:59Fitness landscapes become measurable (22D karyotype space)Play→1:37:40Validation: sister passages + predicting trajectoryPlay→1:39:27Therapy reshapes the landscape (punctuated equilibrium)Play→2:00:26Bose-Einstein condensate → split into entangled clouds (atomic chip)Play→2:06:43Measuring sums/differences directly (why correlations beat SQL)Play●2:14:21Applications: vector magnetometry, clock networks, dark matter / GW sensitivityPlay→Show all 23 chapters →From the episodeEP 25Feb 10, 2026Plants, Quantum Sensors, and Predicting Cancer EvolutionA plant enzyme breakthrough, entangled quantum sensors, and cancer evolution forecasting.
