Episode 36: Part 3 State Of The (Dis)Union: Keeping Hope, FBI UFO UK Drones, & Malaria Vaccine

Exploring the lessons from Delaney Hall and the war in Iran in relation to navigating future crises. We talk about getting hope and learning to organize around ICE can help communities defend themselves against AI or climate change. Send a short message directly to the creator. https://www.patreon.com/InspiredEarth https://www.instagram.com/inspiredearthofficial

We follow a chain of hopeful breakthroughs where nature’s ideas drive real gains: boiling hard water to trap microplastics, stabilizing fusion plasma, upgrading biomass into hydrogen, flipping CRISPR with caffeine, exposing bacteria in kidney stones, unmasking pancreatic tumors, and gluing bones like oysters cling to rock. We connect the science to daily life and underscore why protecting biodiversity protects future cures. • boiling hard water co-precipitating nanoplastics with calcium carb...

Curiosity can glow bright enough to light a room—or trigger a Geiger counter. We follow a remarkable arc from a twelve-year-old who assembled a working fusion setup out of surplus parts to a whistleblower whose warnings shook a nuclear powerhouse. The contrast is stark: a kid scavenging eBay for a turbomolecular pump, validating fusion with an open research consortium, and then answering to the FBI; a lab technician documenting contamination, faulty gear, and missing plutonium, only to vanish...

A teenager builds a “star in a jar,” the press crowds around, and a Geiger counter clicks to life. That single image threads through our journey as we follow young makers who pushed past textbooks to light plasma, register neutrons, and force adults to decide how far curiosity should go. We open with David Hahn, the infamous “Radioactive Boy Scout,” whose improvised neutron source triggered a federal cleanup and a lifelong cautionary tale about brilliance without guardrails. Then we turn to T...

What if cheaper, abundant energy didn’t just lower your bill but rewired global power? We dive into the fast-emerging world of fusion and small modular reactors to map how falling energy costs could shift household finances, unsettle the petrodollar, and fuel the AI boom. Along the way, we unpack why materials and superconductors matter, how turbine and precision-engineering players could benefit, and where the chip crunch collides with AI’s hunger for power. We take you inside the Idaho Nat...