1. For round fixtures Pi acquires a precise physical meaning

2. Pi is the final fraction in terms of perceived physical (mass-significant) matter:)

3. Fractional remainder of Pi goes to photons

4. Since C1 *, C2 *, C3 * are linear to spiral of prime numbers, it can be considered that the points of which they consist are ideal circles.They are still points.V Thus each circle with center of these points can be regarded as an ideal sphere. Finding such a circle in the sense of helix of prime numbers will lead to finding the exact final order of Pi in the physical sense:)

5. Physical meaning of the word - all tangible physical quantities that can be developed by triangles Lagrange

6. pi = (the circumference) / (diameter j)

7. pi ^ 2 = S / (4 * (r ^ 2))

8. => S area of the circle X is linearized in circumference X

9. r of this circle will be Distance

10. It is clear that will be mentioned for each r => face of this circle will be space

11. Length of a circle is area of the spiral of prime numbers. Face of the circle lies in the spiral space of prime numbers

12. This proves that if you can describe a circle around the speed-gravitational-BC-CD quadrangle, the intersection of the diagonals is indeed gravitationally breaking point

Circle of space

passes through points 4.15 and Summit 19-5

Circle of Time-space

passes through points 4,15 и 18

1. Center of the circle of space-time will be the center of the wrapping of the space-time

2. Pi is the final fraction in terms of perceived physical (mass-significant) matter:)

3. Fractional remainder of Pi goes to photons

4. Since C1 *, C2 *, C3 * are linear to spiral of prime numbers, it can be considered that the points of which they consist are ideal circles.They are still points.V Thus each circle with center of these points can be regarded as an ideal sphere. Finding such a circle in the sense of helix of prime numbers will lead to finding the exact final order of Pi in the physical sense:)

5. Physical meaning of the word - all tangible physical quantities that can be developed by triangles Lagrange

6. pi = (the circumference) / (diameter j)

7. pi ^ 2 = S / (4 * (r ^ 2))

8. => S area of the circle X is linearized in circumference X

9. r of this circle will be Distance

10. It is clear that will be mentioned for each r => face of this circle will be space

11. Length of a circle is area of the spiral of prime numbers. Face of the circle lies in the spiral space of prime numbers

12. This proves that if you can describe a circle around the speed-gravitational-BC-CD quadrangle, the intersection of the diagonals is indeed gravitationally breaking point

Circle of space

passes through points 4.15 and Summit 19-5

Circle of Time-space

passes through points 4,15 и 18

1. Center of the circle of space-time will be the center of the wrapping of the space-time

- 2. => Circumference of the space-time (O) / 2 times the radius of the circle of space-time (2R) = Pi perfectly just in the physical sense

3. O and 2R can be called ideal

4. That is, there will be two exact numbers that divide one another - they will have accurate figures and fractions will be able to take into account what is called in physics "negligible"

5. Here as a vital condition is what is the unit of cm for example, but ranging from C1 * and go through that Gravity should work in absolute terms!

6. If you enjoyed C1 * out that the physical meaning is not constant, there is dt

7. According to my theory Pi is constant,> these two triangles are interconnected as a system (eg, Earth-Moon) => they are expressed as a system (eg C1 *, C2 *, C3 * + c1 *, c2 *, c3 *), as in time => dt = 1 => PI = const in the physical sense

8. Proof is that the force of gravity F = M * g is always maintained in such a system

9. it can be expressed only through the mass of a body only through the mass of the other body, or a system as a whole both

- 2. => Circumference of the space-time (O) / 2 times the radius of the circle of space-time (2R) = Pi perfectly just in the physical sense