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Dear Sir,
We had posted a comment below the Essay of Mr. Armin Nikkhah Shirazi. We think you will be interested in it. Hence we are posting a copy here.
The validity of a physical statement rests with its correspondence to reality. We do not see how this condition could be satisfied in the description of Mr. Armin Nikkhah Shirazi's area-time.
He has correctly described the relationship of Area that is related to two dimensional fields and Volume that is related to three dimensional structures. Both are related to the radius r or rather d or 2r. When r is reduced, obviously both are proportionately reduced. But it does not make a sphere (a three dimensional structure) flat, i.e., a circle (a two dimensional structure). Appearance may or may not be reality. We have shown in our essay that what we see is not the same as what we measure. The difference can be shown mathematically as follows:
Write down the formula for the Volume and Surface Area of the Sphere. Here the numbers 4/3 and 4 respectively and pi are constants. The only variable is r. Both vary according to the variations of r. Thus, these variations are proportionate and depend upon the value of r.
Now divide both the formulae by 4 pi r^2.
The result: r/3 varies with one.
Or r varies with 3.
This means that for every increase of r by unity, circumference of the sphere increases by 3, whereas we know that it actually increases by pi or 3.141.... Since circumference of the sphere is related to the diameter of the cylinder containing the sphere, which is used to determine the values of the Volume and Surface Area of the sphere, it is also related to the Volume and Surface Area of the sphere. Thus, there is an anomaly. The other mathematical derivations of the values of the Volume and Surface Area of the sphere are also not strictly exact, but near approximations. Thus, the anomaly is not explained by these.
The anomaly is further reinforced by the size of the radius of atoms using a scanning tunneling microscope. On the periodic table of the elements, atomic radius size tends to increase when moving down columns (periods), but decrease when moving across rows (groups). While the increase in size with increase in period is understandable, the decrease in size with increase in group Number has not been satisfactorily explained. We explain those differently, which also solves the anomaly of pi vs 3 and derives the value of pi from fundamental principles.
We treat gravity not as a force that pulls, but a force that stabilizes - be it the atomic orbit or the planetary orbits. We also treat gravity not as a single force but as a composite force of 7, which we derive from fundamental principles. These 7 forces five rise to the 7 periods. Each atom also has these 7 varieties of gravity in it, which regulates its internal dynamics. Their inter-relationship is reveled from the inter-relationship of the energy levels of the s, p, d and f orbitals. As we have derived earlier, r varies as 3. The r is determined by these 7 forces collectively. Thus, the atom has a 7 x 3 = 21 layered structure. While this constitutes the nucleus, the electrons that confine these fall into a different category. The nucleus part is subject to fermionic rules of exclusion. But the electron orbits are subject to the bosonic principle of superposition. Thus, the bigger the atomic number, the bigger the force of confinement. The electron sea is responsible for our perception of the object. But since they do not have a fixed structure like the nuclear part, they are not apparent in measurement. This explains the ratio r varies with (21/7) 3. This also explains the perceived value of pi as (22/7) 3.141...
Regards,
basudeba.