Subquantum mechanics
Video Description
This is the QA&D session following Prof. Peter Rowlands presentation (QC073) on the possibility that dark energy may constitute precisely two thirds of the mass-energy of the Universe. This then relates the rate of expansion of the Universe to its rate of acceleration.
Recorded: 2020 06 28 at 09 39 GMT 7
Prof. Peter Rowlands explores the possibility that dark energy may constitute precisely two thirds of the mass-energy of the Universe. This then relates the rate of expansion of the Universe to its rate of acceleration.
Recorded: 2020 06 28 at 09 07 GMT 7
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
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
This is the QA&D session based on Dr. Garnet Ord’s presentation (QC076) on the topic of Quantum Mechanics and Relativity, how they are taught, and how our understanding can emerge from the issue of perspective.
Recorded: 2020 06 21 at 10 04 GMT 7
Dr. Garnet Ord presents on the topic of Quantum Mechanics and Relativity, how they are taught, and how our understanding can emerge from the issue of perspective.
Recorded: 2020 06 21 at 09 11 GMT 7
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
Dr. Vivian Robinson elucidates the nature of the elementary particles.
This talk 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
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
Prof. Lou Kauffman, 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 05 GMT 7
