Ecosystemic Futures 69. Beyond Conventional Physics: Extended Electrodynamics, Lattice Confinement Fusion, Zero-Point Energy & Advanced Propulsion
90 snips
Dec 12, 2024 Lou Dechiaro, a staff scientist focused on low-energy nuclear reactions, joins Phillip Lentz, founder of UnSpace, to dive into advanced concepts like zero-point energy and extended electrodynamics. Chance Glenn explores the link between energy and space-time curvature for advanced propulsion, while Richard Banduric investigates longitudinal forces in propulsion applications. The conversation unveils groundbreaking research that could revolutionize space exploration and technology, emphasizing collaboration across disciplines and the potential for limitless energy solutions.
AI Snips
Chapters
Transcript
Episode notes
Potentials, Not Fields
- Missing pieces in electromagnetic equations were noticed as early as the 1920s.
- These pieces suggest that instead of fields, there may be a potential with no field, changing our understanding of electromagnetism.
Quantum Detection of Potentials
- Quantum wave function phases are affected by potentials, even without electromagnetic fields.
- Quantum detection offers a way to detect these potentials, opening new possibilities in electromagnetism.
Lattice Confinement Fusion
- Lattice confinement fusion uses quantum mechanical effects within a metal lattice to achieve fusion at room temperature.
- Electron screening and confinement mimic high temperatures needed for fusion, offering a potential for smaller, cheaper fusion.