QC0060a: Dr. Vivian Robinson: The Robinson Model Of Nuclear Binding, QA&D

This is the Q, A & D session following Dr. Vivian Robinson’s presentation explaining his Model of Nuclear Binding (QC060). This model elucidates, for the first time, how protons and neutrons bind to form a nucleus, as a consequence of their respective structures and charge distributions. This presentation is part of a series of lectures, following after QC021, QC043, & QC045.
Recorded: 2020 06 27 at 11 57 GMT 7

Buy the book:
HOW TO BUILD A UNIVERSE: Beyond The Standard Models by Vivian NE Robinson

QC0060: Dr. Vivian Robinson: The Robinson Model Of Nuclear Binding

Dr. Vivian Robinson explains his Model of Nuclear Binding. This model elucidates, for the first time, how protons and neutrons bind to form a nucleus, as a consequence of their respective structures and charge distributions. This presentation is part of a series of lectures, following after QC021, QC043, & QC045.

Buy the book:
HOW TO BUILD A UNIVERSE: Beyond The Standard Models by Vivian NE Robinson

QC0045a: Dr. Vivian Robinson: The Elementary Particles, QA&D

This is the QA&D session following Dr. Vivian Robinson’s presentation on the nature of the elementary particles (a talk that follows on from Dr Robinson’s previous presentation, QC043: The Structure Of Electrons Protons Neutrons & Neutrinos).
Recorded: 2020 06 20 at 11 31 GMT 7

Buy the book:
HOW TO BUILD A UNIVERSE: Beyond The Standard Models by Vivian NE Robinson

QC0075: Prof. Lou Kauffman: Majorana, Fermions, Braiding & The Dirac Equation, QA&D

This is the question, answer and discussion session on Prof. Lou Kauffman’s presentation (QC074), reporting on joint work with Peter Rowlands, takes us on a journey, starting with the laws of form by G. Spencer-Brown, through the Majorana fermions, to Dirac relativistic quantum mechanics.

Recorded: 2020 06 14 at 09 57 GMT 7