What is Beyond Reckoning? by Jonathan J. Dickau

Dear Jonathan Dickau,

Yesterday you commented my "essay" (Concentration and tessellation in quantized space). At first I couldn't understand your comment (What is "Loll" and "Ambjorn"? And what is "causal dynamical triangulations or energetic causal sets"?).

But an hour ago I tried Google and I am really surprised. I never had heard of the work of Renate Loll and Jan Ambjørn. I suppose I have a lot to read now... ;-))

Anyway, I am really thankful that you wrote that comment. I didn't know that there are other physicists who are involved in the same type of research as I have always done.

With kind regards, Sydney

Jonathan,

I read your essay and gave you a decent score. The Mandelbrot set in principle contains an infinite amount of information. This is even though it is generated by the rather simple iteration of s --> z(z + 1). Points that converge to 0 are marked as black and those points after so many iterations come close or within some distance are color coded. There are some rather spectacular videos of the Mandelbrot set out there.

The Mandelbrot set has these branches on it that have spirals with 3, 5, 8, 13 etc numbers of petals coming off. This is a Fibonacci sequence. The Fibonacci sequence is of course identified with a number П† = (1 + в€љ5)/2 My essay does invoke the idea of fractal geometry in the formation of unital sets. These sets are p-adic. For the Fibonacci sequence we can look at this in a mod(8) system and this gives the primes 2, 3, 5 and we can then reduce this system to these p-adic rings. I choose 8 because that is the sequence for Bott periodicity. Lurking behind this are Cantor sets and fractal geometry.

I attach a picture I took recently of a flower that has Fibonacci structure.

Cheers LCAttachment #1: fibonacci_flowering.jpg

Dear Jonathan Dickau,

I have read your essay with a big smile. Personally I admire explanations about abstract subjects that are supported by a "tangible" concept to transform the arguments like clothes that express the personality of a person. Your essay describes ideas that can easily be extended to a number of articles on FQXi's website. For example, the discussion about the origin of consciousness is futile if we accept that reality is a fractal or has dominant properties that create a fractal-like structure.

I will read your essay again within a couple of days because there is more to rethink than I can grasp if I read it only once.

With kind regards, Sydney

Dear Jonathan,

Glad to read your work again.

I greatly appreciated your work and discussion. I am very glad that you are not thinking in abstract patterns.

While the discussion lasted, I wrote an article: "Practical guidance on calculating resonant frequencies at four levels of diagnosis and inactivation of COVID-19 coronavirus", due to the high relevance of this topic. The work is based on the practical solution of problems in quantum mechanics, presented in the essay FQXi 2019-2020 "Universal quantum laws of the universe to solve the problems of unsolvability, computability and unpredictability".

I hope that my modest results of work will provide you with information for thought.

Warm Regards, `

Vladimir

Jonathan,

Here is the Mandelbrot update we talked about via email.

Get canvas for node.js from GitHub or node, be sure to download to a new folder. Move content of download to the node_module subfolder your scripting files go into downloaded from my fqxi essay last year blog.

Replace node_moduleNUMBERS.js with new NUMBERS.js from attached.

A script that will generate a jpeg for the Mandelbrot set is also in the attached, move mpixlog.js to your executable script file folder. If you run this script it will regenerate mpixlog.jpeg. You might want to look at it and/or rename it prior to running script

RickAttachment #1: mandelbrot_updates.zip

Dear Jonathan

I thank you for your comments on my page.

You are right, I said everything in the presentation of my essay, the rest is just an application.

This kind of "information indigestion" will probably be useful and there will be something left in head of everyone's to think about.

I could arrange the same "information indigestion" with elementary particles, but I chose the solar system so that I could visualize what each spectral line of an atom is in reality, where their analogues exist, instead of abstractions of quantum mechanics. And then it will be clear that the whole Universe functions according to unified quantum laws.

Gerard't Hooft

is a man of genius person, so he himself admits that he does not understand what people tell him about their theories and why they say it.

But he has keywords that can change the whole of science, how Maxwell changed science by creating his own equations, presenting his rotors in the form of simple cogwheel models.

Gerard't Hooft says:

"We conclude that the most general model will be described as a set of simple periodic cogwheel models with varying periodicities."

We need to ask him a question about the number of teeth in his gears. It is possible that he himself will think of the fact that there should be 137 pieces.

This will be a "shot from a cannon to top of a mountain to turn the potential energy of snow into an avalanche."

All the Best,

Vladimir

Jonathan,

attachments: 1_Plateau.jpg

Great picture, I need to try to describe it in my leisure time according to my fractal structure formulas.

Vladimir

Jonathan,

Thanks for the COVID-19 hyperlink. Yours is one of the superior essays I mentioned to the FQXi administrators that has been under attack. Good luck and regards.

Jim

Dear Jonathan Dickau

Thank you very much you read my essay and put some comments on it. Your essay is very interesting and it is amazing you can combine chaos theory with QM and Relativity. I think all these theories are intertwined. The next few days I will read again your essay which merits a lot attention

I wish best luck in this contest

Basileios Grispos

Dear Jonathan,

Interesting essay. I like the analysis of the limitations imposed to our knowledge. I enjoyed your discussion of the Mandelbrot fractal, and the interesting discussion around the Misiurewicz point. You have an interesting visual style of approaching nature, and use it to make analogies and connections between various domains in interesting ways. Good luck in the contest!

Cheers,

Cristi