The DemystifySci Podcast

Stellar Cold Fusion & CMB Suspicions - Dr. Patrick Vanraes, DemystiCon '25, DemystifySci #354

Aug 7, 2025
Dr. Patrick Vanraes, a plasma scientist from the University of Antwerp, pushes the boundaries of modern cosmology. He proposes a revolutionary view of the Sun as a layered liquid structure capable of cold fusion. Delving into fusion mechanisms, he discusses how lattice imperfections might enhance cold fusion at lower temperatures. Patrick also challenges the accepted nature of the Cosmic Microwave Background, suggesting it might be a local artifact rather than a remnant of the Big Bang, urging a reevaluation of our cosmic understanding.
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INSIGHT

Liquid Metallic Hydrogen Sun Model

  • Pierre Marie Robitaille's liquid metallic hydrogen model views the Sun as a layered, condensed matter structure rather than a gaseous ball.
  • This model features much milder temperature and density values than the standard gaseous Sun model, challenging traditional fusion assumptions.
INSIGHT

Fusion Mechanisms in Liquid Sun

  • Fusion in the liquid Sun isn't driven by extreme heat but by lattice confinement and vibrations aided by conduction electron shielding.
  • These mechanisms lower the Coulomb barrier to enable fusion in condensed states at lower temperatures.
INSIGHT

Cold Fusion Enhanced by Lattice Defects

  • Cold fusion at low temperatures can be explained by combining atomic physics, nuclear physics, and quantum dynamics.
  • Lattice imperfections increase electron screening, making fusion easier near defects rather than within perfect lattice planes.
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