Dear Professor Paul Halpern,
Holoarchy of Holon is a good philosophy to elucidate a Hierarchical clustering in, Coherently-cyclic cluster-matter universe model.
Thanking you.
With Best Wishes,
Jayakar Johnson Joseph
Dear Professor Paul Halpern,
Holoarchy of Holon is a good philosophy to elucidate a Hierarchical clustering in, Coherently-cyclic cluster-matter universe model.
Thanking you.
With Best Wishes,
Jayakar Johnson Joseph
Hello professor Halpern, I was lost by the complexity of your essay but wondered whether the Archimedes screw is a structurally dynamic cellular automata?
Alan
Hi Paul,
I like the holon idea and your essay, holons are something like my "particles made by their properties" in my essay, so maybe the ideas there are not so strange as it appears to be (and I have to read something more about holons and related stuff :-)
But, in my opinion, holons assumed to be "... a photon (or other fundamental field) of highest energy and lowest wavelength" should be highly "reactive", and a Universe filled up with such particles, permeating everybody and anything, would be an extremely dangerous place. A holon particle stream would be by definition far more destructive than cosmic gamma-ray bursts.
What comes me to mind as a resolution to this problem is an idea of "holon confinement", e.g. in a string ? AFAIK, string confinement of quarks was proposed in the literature sometime ago.
Best regards,
-Joachim.
Dear Paul,
I find your proposal intriguing and intelligent. The analogy you draw, between the 'ultraviolet catastrophe' and the discrepancy between theoretical and observed values of the cosmological constant, seems apt. In that context, however, I would point out that Planck's "solution" (to the former) was purely a mathematical device--the beginning, not the end, of many unresolved issues.
I also liked your "mailbox" metaphor. It might prove helpful in clarifying the nature of 'information', which seems to be a glibly misused concept these days. In a number of submitted essays, there is reference to information being 'stored' or 'encoded', when the author simply means that there is continuity within reality itself, and from one description of reality to another, (at another time, for instance). While organisms explicitly need to model their environment, encoding it in some representation, there is no reason to assume that physical reality in general does this. The information is encoded by physicists, not necessarily by the world they study.
Thanks and best wishes,
Dan
Hi Alex,
Thanks for your kind comments. Glad to see that you are interested in structurally dynamic cellular automata. I will certainly have a look at your essay -- sounds very interesting! In answer to your question, one of the advantages of cellular automata is their flexibility, so synchronous updates would not be essential to the model's success. CA that display highly complex structures, resembling universal Turing machines, such as Langton's Ant or a glider gun, represent promising steps forward in trying to link discrete models with the dynamics of nature.
Dear Jayakar,
I appreciate your kind comment! Many thanks!
-Paul
Hi Alan,
The Archimedes screw is a mechanical device with repetitive motion. Structurally dynamic cellular automata are mathematical, not physical constructs. However it might be interesting to use the latter to try and model the former.
Best regards,
Paul
Hi Joachim,
Glad that you like the holon idea. Interesting point you raise. My intention, however is to suggest these as limiting particle states, meaning that the universe today would be filled with particles spanning a wide range of frequencies (and energies). The spectrum of frequencies would be consistent with the current frigid temperature of space. However, instead of an unlimited range of frequencies, holon states would constitute an upper bound. This would cap the vacuum energy density at a value consistent with the amount needed for the observed acceleration of spatial expansion.
Best regards,
Paul
Dear Dan,
Thanks for your thoughtful remarks! Yes you are absolutely correct that Planck meant his resolution of the blackbody radiation "ultraviolet catastrophe" as a mathematical device, rather than as a physical quantum. It was Einstein who brilliantly suggested in his theory of the photoelectric effect that the quantum is a physical notion. Glad you like the mailbox metaphor! Interesting what you write about the distinction between encoding information and maintaining continuity within reality.
Many best wishes,
Paul
Dear Professor Halpern,
Your essay provides much food for thought. I would like to know how in the scenario of a holon falling into a black hole this idea can be reconciled with the GR prediction that the holon becomes gravitationally blueshifted.
Thank you,
Armin
Dear Armin,
Thanks for your kind comment! That is a fascinating question. It is unclear if GR applies in its classical form down to such minuscule length scales. According to the standard line of reasoning, because of the proximity to the Planck scale, one would need to replace classical GR with quantum gravity. Alternatively, let us consider the discrete approach, with fields emerging from an evolving network of connections similar to structurally dynamic cellular automata. In that case gravitational blueshifts or redshifts would represent the impact of regions with different topologies upon the size (wavelength) of structures within the network. The holon size would remain the lower limit of such distortions, similar to a single stone representing the minimal structure in the game Go.
Paul,
Incisive argument for holons that led me with the weight of your argument in each direction you took including your holon thrust.
I haven't heard many looks into a dark energy explanation that work.
Quite persuasive and scholarly.
Jim Hoover
Dear Jim,
I appreciate your comments. Thanks so much! I'm glad you found the essay persuasive.
Best regards,
Paul
Thanks again.
Best regards,
Paul
Only this Essay and my comment reminding about Holometer
http://www.fqxi.org/community/forum/topic/946
Dear Yuri,
Thanks for your comment and the link to your interesting essay!
Best wishes,
Paul
Hi dear Prof.Halpern,
Congratulations, the evolution is so important.....quantum spheres.....H....CNO..Hydrospheroids about 3.4billions......CH4 H20 HCN H2C2 NH3....time evolution rotating spinning proprotions.........UNICELLS....differenciation......pluricells.....sponges ..mmedusas.......humans................UNIVERSAL SPHERE.
The encoding is rational simply.
Best Regards and good luck
Steve
Dear Steve,
Thanks for the kind comments and for pointing me to your theory of spinning spheres!
Best regards,
Paul
Dear Paul,
You are welcome.I liked your essay, it's rational, we need that.
Best Regards
Steve
Hi both,
As part-historian of physics, I feel I have to clear up a myth contained in here. Planck did not introduce the quantum of action (initially written as an epsilon, to be taken to zero) to resolve a problem in the UV part of the spectrum (the bad behaviour predicted by the Rayleigh-Jeans law), but rather with the Wien law, in the infrared part of the spectrum. It was Wien's law that he sought to recover with his own formula for the blackbody energy. It really ought to be called the "infrared catastrophe". The historical evidence points to the fact that Planck was not aware of Rayleigh's analysis when he proposed his idea - Rayleigh's proposal came in June, and Planck's in the October of 1900 - there was no correspondence and no publication at this stage). Also, quite interestingly, the name "ultraviolet catastrophe" wasn't coined until 1911, by Paul Ehrenfest.
Best,
Dean