The Theory of Unity between the Whole and its Parts by Branko L Zivlak

Dear Branko,

I read with interest your deep and interesting essay. You continue to study an important topic - the nature of fundamental constants and provided important ideas. calculations and conclusions on the issue of "part and whole", which is fundamental to basic science and understanding of the structure of our Universe.

Yours faithfully,Vladimir

Branko,

I do not remember reading your previous essays. Perhaps I read them and don't recall doing so, or perhaps I simply did not read them.

I'm not sure what to write here. You are onto something, but I'm not sure what that something is. Your exp(2*pi) term is similar to the scalar term in my essay. In fact, in the ratio between the mass of the proton and the mass of the electron, I need to use a value of exp(pi).

You have a collection of interesting relations. But were they derived based upon an underlying principle or were they determined by fiddling with the various terms to find something interesting? If they were derived from an underlying principle, then it is better to present that principle first and then guide the reader through the development of the relations.

You use logarithms based upon base 2. This is very peculiar for Math and/or Physics. Almost everything is usually expressed using natural logarithms.

I'm not clear about your definition of cycles. If the term "c" represents the speed of light, then "y" is simply the inverse of a velocity. Or, you might intend for cy to be read together as an abbreviation for cycles. In either case, your usage of the word cycle is not consistent with everyone else's understanding of the word. Most of the readers on the site will understand a cycle to be an interval of 2*pi.

Proton shift itself is an empirical value. It is dimensionless, so you're ok there. But it requires a reference value and a magnetic field. The magnetic field is what produces the proton shift. The proton shift has a value dependent upon the magnetic field used rather than a single value. What you present appears to have a single value. Therefore, your understanding of the meaning for "proton shift" is not the understanding of meaning that readers will have.

BTW, you cannot have data that is more accurate than CODATA data.

Best Regards and Good Luck,

Gary Simpson

Branko,

I use the value exp(pi) in one of my references wher I explore the ration Mp/Me. At the time I wrote the reference, I had not yet developed the 5-D model. If I were to do so now, the ratio would be presented as the ratio of two 5-D wave-functions with the proton wave-function shifted by a value of pi in each dimension.

Clearly, there is similarity between what you are thinking and what I am thinking.

Many thanks for the rating. I have also rated you with a medium to high value.

Best regards and Good Luck,

Gary Simpson

Hi Branko, I get Eq.(17) = 0.000000574908201 using the CODATA values in your paper. This not a tricky calculation, so I wonder how you get 10^{-14} which is 7 orders of magnitude smaller. Maybe you are reporting the squared error? Considering that G or any physical constant is not that well determined, it seems unreasonable to claim such accuracy. Having said that, your hypothesis is supported to the extent allowed by the CODATA values.

I feel uneasy with the idea that physical constants are a consequence of mathematics, or that mathematics is a consequence of physics. It takes the mathematical universe concept too far in my opinion, but the possibility is interesting and should not be dismissed because of intuitive considerations. Your essay certainly fuels the imagination. - cw

It might have been better to assume Eq.17 = 0, then solve for G and see whether it fits within CODATA estimated error. I get G = 6.67383601e-11 which is about 0.000004e-11 off but well within the CODATA error, 0.0008e-11. In other words, Eq.17 produces the CODATA value for G with only 1/200 of the estimated error. This is similar to what you did using the Rydberg constant in the above-referenced 5176 paper.

I think what you are on to is not merely numerical coincidence. There is something powerful in the way your techniques can be applied - for instance, a thermodynamic derivation of the CMB temperature which I saw previously. It reminds me of some of the surprising results of dimensional analysis. The exponential basis, which allows for symmetry between the large and the small, seems to be essential. - cw

Hi Branko,

Thank you for pointing me towards your essay. I enjoyed reading it. But I wonder if there is something still missing from Eq. 17? The units in your log function include G, which has units in kg. But this doesn't cancel out elsewhere. I would think when comparing it to the mathematical constants that it has to end up being dimensionless.

Nevertheless, you're likely on the right path. The mathematical constants are involved in the physical fundamental constants. I know you already reviewed our paper on this site due to your comments - thank you very much. Separate to this contest, I did some work on the fundamental constants to relate them to new wave constants. You might have interest in this work: Fundamental Physical Constants.

Good luck in the contest!

Jeff

Hello Mr Zivlak,

A very intersting general analyse.the whole and its parts indeed ,this potential and this kinetic corrélations.The constants are fascinatings.

god luck,all the best

Thanks Mr Zivlak,I am understanding indeed.The determinism is important about the causalities,that permits to predict in function of past analyses and causalities indeed on this time line.The prédictions, so if all is deterministic respecting the postulates,are determinsitic in logic.The universe follows this deterministic rationality.

Best

Dear Mr. Branko L Zivlak

I read your essay with pleasure, I found many interesting things. I thought over similar ideas in my work Femtotechnologies. step i atom hydrogen. http://vixra.org/pdf/1306.0014v1.pdf

https://www.researchgate.net/publication/264346914_FEMTOTEHNOLOGII_PERVYJ_SAG_-_ATOM_VODORODA

Thank you for comment of my essay. Indeed, you are right. Formula (1) has a typo - sure, mass should be in numerator. Then the equation (7) is valid for a system of planet.

Regards,

Alexander Ilyanok

Dear Branko

You have got a lot of interesting relations between mathematical and fundamental physical constants. I am going on the some opposite ways, since I am trying in my works to get such relations issuing from conceptual ideas. However, your approach can be very useful sometime. I mean we can to find the desirable cause - conceptual interpretations by studying the discovered quantitative links between experimentally established constants. This happen with me, as example, when I have thinking why it must be: m(p)/m(e) =.. 6p^5 = 1836,...?

This pushing us to think that there must be 1) some form factor, or symmetry given by 6. There must be also 2) some geometric factor that gives number p ....etc. So, on this way we can get to the structure of proton etc that are presented in my papers.

Thus, your work is possible to evaluate as significantly only!

I hope my papers may be interesting for you also (see in refs).

Best wishes

Branko, a great idea: "We cannot see the world as whole. But we can see the relationship between the whole and the parts." I should add that part of space move relative to other parts and it form a whole world. Our world is endless due to the movement of its parts. We see the world turning to us for their past events and we cannot see the world as whole. I will give you a high ball, when i learn to do it accurately

But here's the gravitational constant G is a coefficient which translates the inert mass expressed in kilograms in gravitational mass, expressed in M3/S2

Boris Dizhechko