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SUMMARY:Donald Chang\, John Macken\, Alexander Burinskii\, Manfried Faber\
 , Jarek Duda\, Samo Kralj\, Chantal Roth\, Robert Close
DTSTART:20230107T150000Z
DTEND:20230107T180000Z
DTSTAMP:20260423T011055Z
UID:QMFNoT/40
DESCRIPTION:Title: <a href="https://researchseminars.org/talk/QMFNoT/40/">
 Models of particles mini-conference</a>\nby Donald Chang\, John Macken\, A
 lexander Burinskii\, Manfried Faber\, Jarek Duda\, Samo Kralj\, Chantal Ro
 th\, Robert Close as part of QM Foundations & Nature of Time seminar\n\n\n
 Abstract\nModels of particles mini-conference to discuss fundamental quest
 ions e.g.:\n\nWhy is electric charge quantized (no half-electron)?\nWhere 
 does the Coulomb interaction come from?\nHow to prevent infinites e.g. of 
 electric field of point charge?\nSpin\, magnetic dipole\, angular momentum
 \, zitterbewegung/clock of electron?\nWhy do we have 3 leptons? Where does
  their difference come from?\nWhat are neutrinos\, baryons\, mesons\, stra
 ngeness?\nWhy proton is lighter than neutron? Deuteron than n+p?\nWhat hol
 ds nuclei together against Coulomb? Neutrons in halo nuclei?\nHow to get g
 ravity\, Newton force for particles?\nWhy does the model behave quantum me
 chanically not classically?\nWhat photon is? What prevents its dissipation
 ? What is its energy distribution?\n\nSchedule:\n16:00 Donald Chang\, Mode
 lling the quantum vacuum as a dielectric medium based on the Maxwell theor
 y\n\n16:20 John Macken\, The wave-based model of the universe\n\n16:40 Ale
 xander Burinskii\, Gravitating electron formed by Kerr-Newman black hole s
 olution (article)\n\n17:00 Manfried Faber\, A geometric model in 3+1D spac
 e-time for electrodynamic phenomena (article)\n\n17:20 Jarek Duda\, Explor
 ing resemblance between liquid crystal topological defects and particle ph
 ysics (materials)\n\n17:40 Samo Kralj\, Conserved quantities characterizin
 g line defects in nematic liquid crystals (article)\n\n18:00 Chantal Roth\
 , Visualizations of spin ½ (materials)\n\n18:20 Robert Close\, Elastic So
 lid Model of the Universe (materials)\n\nThen discussion focused on the ab
 ove questions\, materials in attached.\n
LOCATION:https://researchseminars.org/talk/QMFNoT/40/
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