TheBox2050 NBPAP & Pro Polymath Podcast with built in Metaverse

Blackhole Energy

Peter Liam Season 1 Episode 62

Use Left/Right to seek, Home/End to jump to start or end. Hold shift to jump forward or backward.

0:00 | 7:29
SPEAKER_00

Black hole energy. This prototype designs a compact, graphene-reinforced battery, casing enclosing a theoretical micro black hole for ultra-slow, on-demand energy release via controlled hawking radiation, harvesting, suitable for vehicles, TV, phones, and other devices. Safety prioritizes inherent evaporation on failure, rendering the unit harmless. Realizing it would mark a leap toward type Roman II civilization status by mastering stellar scale energy densities in portable form. Core Components. The casing uses multilayer graphene polymer composites for extreme strength, lightness, and thermal management, reducing weight by up to 50% while boosting impact resistance 200-fold. Inside, a Planck Mass Micro black hole, 108 KG, is magnetically confined via superconducting coils, with hawking, radiation captured by photoelectric converters for electricity at tunable outputs from milliwatts, phones to kilowatts, vehicles. Modular cartridge design allows swap-out in automated factories, aligning with public domain service ecosystems. Energy mechanism. Hawking radiation from the event horizon provides near, limitless power, with evaporation tuned slower than the universe's age, 1017 seconds output, by suppressing emission via horizon screens or resonance fields. Demand control uses variable magnetic fields to modulate radiation flux, yielding 25%, mass to energy efficiency, 250 times better than fission. Lifetime spans generations as black hole mass sustains output without recharge. Safety features. Manufacturing flaws trigger full hawking evaporation in microseconds, converting mass to harmless photons slash heat that dissipates like a camera flash, leaving an inert casing no explosion, radiation, or fallout, triple redundant sensors auto-vent confinement fields on anomalies, defaulting to dead battery, state. Graphene casing contains any micro event. No stable macro hazards possible, as cosmic rays prove safety. Device applications, vehicles slash TVs, kilowatt modules power indefinitely, with graphene integration for structural batteries. Phone slash devices, microunits palm sized via scaled casings, USB compatible. 13. Factory servicing swaps cartridges autonomously, with AI slash humanoid guides for public viewing. 14. Type Roman II advancement. Actioning this shifts humanity to Type Roman II Kardashev level. Harnessing black hole power, 1026 W potential, portably, enabling Dyson's swarm precursors and interstellar fleets far, beyond planetary energy grids. Public domain framing accelerates adoption, mirroring users' prior prototypes like TWX probes.

Podcasts we love

Check out these other fine podcasts recommended by us, not an algorithm.