QV0130: Vivian Robinson: Mathematicians’ Greatest Mistakes, Episode 3

Mathematicians’ greatest mistake was their development of the Big Bang theory for the formation of the universe. Their theory requires 24 times the observed universe to give in a 1 in 10^60 chance of existing. In this 3-episode presentation, Dr. Vivian Robinson shows how easy it is to solve Einstein’s gravity theory, as well as the mistakes that were made in order to derive the above-mentioned ridiculous result. It shows that an infinite steady state universe provides a better match with observation than does the expanding universe paradigm.
Quicycle video number: QV0130

QV0129: Vivian Robinson: Mathematicians’ Greatest Mistakes, Episode 2

Mathematicians’ greatest mistake was their development of the Big Bang theory for the formation of the universe. Their theory requires 24 times the observed universe to give in a 1 in 10^60 chance of existing. In this 3-episode presentation, Dr. Vivian Robinson shows how easy it is to solve Einstein’s gravity theory, as well as the mistakes that were made in order to derive the above-mentioned ridiculous result. It shows that an infinite steady state universe provides a better match with observation than does the expanding universe paradigm.
Quicycle video number: QV0129

QV0128: Vivian Robinson: Mathematicians’ Greatest Mistakes, Episode 1

Mathematicians’ greatest mistake was their development of the Big Bang theory for the formation of the universe. Their theory requires 24 times the observed universe to give in a 1 in 10^60 chance of existing. In this 3-episode presentation, Dr. Vivian Robinson shows how easy it is to solve Einstein’s gravity theory, as well as the mistakes that were made in order to derive the above-mentioned ridiculous result. It shows that an infinite steady state universe provides a better match with observation than does the expanding universe paradigm.
Quicycle video number: QV0128

QC0127: Mayank Drolia: Quicycle & SiMART

Dr. Mayank Drolia gives a presentation to the ANPA group, sharing an overview of the Quicycle organization, as well as an introduction to SiMART. This is a mathematical modeling simulation we have in development, in order to model wave-functions and energy flow at the ‘sub-quantum mechanics’ level.
Recorded in Oxford, UK, on August 11, 2024.

QV0125: John Williamson In Memoriam

A tribute to the life and work of Dr. John Graeme Williamson (1956-2024). John worked at CERN, did innovative R&D at Philips, and taught at Glasgow University for many years. He is the father of sub-quantum mechanics, the composer of M.A.R.T., the Mathematics of Absolute Relativity Theory, and founder of the Quantum Bicycle Society (www.Quicycle.com).

Guests include: Dr. Vivian Robinson, Arnie Benn, Dr. Mayank Drolia, Innes Anderson-Morrison, Michael Mercury, Dr. Stephen Leary, Prof. Garnet Ord, Prof. Peter Rowlands, Prof. Chandra Roychoudhuri, David Williamson, Colin Waddell, and Nicola Graves-Gregory.

QC0124: Vivian Robinson: Q&A: Visualizing Sub-Quantum Gravity

Gravity, explained, using sub-quantum mechanics!

Dr Vivian Robinson hosts a Q&A: “Visualizing Sub-Quantum Gravity.” It follows after Robinson’s presentation (QC0123) in which he explain his model of Sub-Quantum Gravity.
This model introduces a specific mechanism for the physical effect that causes gravity, arising from the quantum properties of matter. Gravity is ultimately an electromagnetic effect, manifesting in the redshift of photons. It can only be understood in the context of sub-quantum mechanics — the photonic substructure of subatomic particles — as well as the electric permittivity of space.

Q&A featuring:
Vivian Robinson, John G. Williamson, Louis H. Kauffman, Jerry Thomas, Garnet Ord, Brian J. Drouin, Michael Mercury, Tyler Cloutier, and Arnie Benn.

Presentation link: https://quicycle.com/video/qc0123-vivian-robinson-visualizing-quantum-gravity/

Recorded: 01/27/24

QC0123: Vivian Robinson: Visualizing Sub-Quantum Gravity

Gravity, explained, using sub-quantum mechanics!

Dr. Vivian Robinson explains his model of Sub-Quantum Gravity.
This model introduces a specific mechanism for the physical effect that causes gravity, arising from the quantum properties of matter. Gravity is ultimately an electromagnetic effect, manifesting in the redshift of photons. It can only be understood in the context of sub-quantum mechanics — the photonic substructure of subatomic particles — as well as the electric permittivity of space.

Link to the Q&A: https://quicycle.com/video/qv0124-vivian-robinson-visualizing-sub-quantum-gravity-qa/

QC0122: Vivian Robinson: Visualizing Relativistic Quantum Mechanics, QA&D

This is the Quicycle Q&A and discussion following Dr. Vivian Robinson’s presentation on the physics and physical mechanisms behind relativistic quantum mechanics, as well as where Einstein’s work has been misunderstood. Robinson explains not only where this misunderstanding arises within General Relativity, but also what the exact solution to Einstein’s equation in.

Recorded 9/30/23

QC0121: Vivian Robinson: Visualizing Relativistic Quantum Mechanics

Dr. Vivian Robinson discusses the physics and physical mechanisms behind relativistic quantum mechanics, as well as where Einstein’s work has been misunderstood. Robinson explains not only where this misunderstanding arises within General Relativity, but also what the exact solution to Einstein’s equation in.

Recorded 9/30/23