This was challenging for me, but it sounds good. This is a thing of beauty because it describes things in terms of 'consequential emergence' rather than the hand waving you see elsewhere. I had trouble following the math in detail, but I accept your assertion that it all fits. These are exciting times. With the JWST coming online this year, we are certain to see things that contradict our current understanding. This will be ideal to test your model. Because predictions are implicit in the model, you don't have to specifically predict any outcome we get from JWST. Anything we learn will either fit and provide additional confidence in your model, or it will not contradict your model and give us some clues as to where to go next. In a little more than a century, understanding of electromagnetism magically transformed the world. We do things now that surpass the wildest dreams of people a couple centuries ago. A deeper understanding of underlying mechanisms could lead to similar technology involving the structure of matter, gravity, energy, etc. I have always thought that an underlying 'theory of everything' would be simple at its heart. I would not exactly describe this as simple, but it is 'simple' in the sense of being elegant. Thanks for this!
Thank you so much for your comments. Just couple of days back I gave another colloquium which updates our understanding. Please have a look at your convenience. thanks. th-cam.com/video/dvKd2nkbf6M/w-d-xo.html&ab_channel=TIFRPlatinumJubileeEvents
The following recording at YoutTube th-cam.com/video/Kec9qRpUYbU/w-d-xo.html reports a first principles derivation of the asymptotic value of the fine structure constant 1/137.xxxx from trace dynamics and the exceptional Jordan algebra. Reference: The characteristic equation of the exceptional Jordan algebra: its eigenvalues, and their possible connection with the mass ratios of quarks and leptons www.researchgate.net/publication/348355473_The_characteristic_equation_of_the_exceptional_Jordan_algebra_its_eigenvalues_and_their_possible_connection_with_mass_ratios_of_quarks_and_leptons Keywords: Fine structure constant; mass ratios of quarks and leptons; unification; trace dynamics; spontaneous localisation; non-commutative geometry; exceptional Jordan algebra; Jordan eigenvalues; Karolyhazy length; quantum foundations; problem of time in quantum theory; octonions; division algebras
Thank you Professor for this. 🙏
This was challenging for me, but it sounds good. This is a thing of beauty because it describes things in terms of 'consequential emergence' rather than the hand waving you see elsewhere. I had trouble following the math in detail, but I accept your assertion that it all fits.
These are exciting times. With the JWST coming online this year, we are certain to see things that contradict our current understanding. This will be ideal to test your model. Because predictions are implicit in the model, you don't have to specifically predict any outcome we get from JWST. Anything we learn will either fit and provide additional confidence in your model, or it will not contradict your model and give us some clues as to where to go next.
In a little more than a century, understanding of electromagnetism magically transformed the world. We do things now that surpass the wildest dreams of people a couple centuries ago. A deeper understanding of underlying mechanisms could lead to similar technology involving the structure of matter, gravity, energy, etc.
I have always thought that an underlying 'theory of everything' would be simple at its heart. I would not exactly describe this as simple, but it is 'simple' in the sense of being elegant. Thanks for this!
Thank you so much for your comments. Just couple of days back I gave another colloquium which updates our understanding. Please have a look at your convenience. thanks. th-cam.com/video/dvKd2nkbf6M/w-d-xo.html&ab_channel=TIFRPlatinumJubileeEvents
The following recording at YoutTube th-cam.com/video/Kec9qRpUYbU/w-d-xo.html reports a first principles derivation of the asymptotic value of the fine structure constant 1/137.xxxx from trace dynamics and the exceptional Jordan algebra.
Reference: The characteristic equation of the exceptional Jordan algebra: its eigenvalues, and their possible connection with the mass ratios of quarks and leptons
www.researchgate.net/publication/348355473_The_characteristic_equation_of_the_exceptional_Jordan_algebra_its_eigenvalues_and_their_possible_connection_with_mass_ratios_of_quarks_and_leptons
Keywords: Fine structure constant; mass ratios of quarks and leptons; unification; trace dynamics; spontaneous localisation; non-commutative geometry; exceptional Jordan algebra; Jordan eigenvalues; Karolyhazy length; quantum foundations; problem of time in quantum theory; octonions; division algebras
Frank DiMeglio has surpassed Newton and Einstein.