MG13 - Talk detail |
Participant |
Estakhr, Ahmad Reza | |||||||
Institution |
Independent Researcher - Abir Amiz street house no 10 estakhr building - Shiraz - Fars - Iran | |||||||
Session |
QG2 |
Accepted |
Yes |
Order |
12 |
Time |
15' | |
Talk |
Oral abstract |
Title |
Newton's universal gravitational constant actually is NOT constant. | |||||
Co-authors | ahmad reza estakhr | |||||||
Abstract |
Planck's length is a fundamental concept of strings theory (M-theory) . my research clearly shows, not even Planck's length is not a fundamental concept and also planck's length is not constant, And can have any value. ℓp= √(h.G/2π.c³) planck length has occurred of Combination length and speed parameter. ℓp²=(R.β³)= (h.G/2π.c³) *but speed parameter is dimensionless (β=v/c) so "this is the Reason that planck length is small and in unit of length." ℓp= √(h.G/2π.c³) R= √(h.G/2π.v³) ℓp=R. β^³/² so planck length is a kind of physical units error. ℓp≠constant. which means "Newton's universal gravitational constant actually is NOT constant." G≠constant. according to my research in the field of Quantum mechanics and relativity (Quantum field theory) There is a physical constant called Estakhr's constant: B=0.1292242606 N/(Mev/c²)² or Estakhr' constant increased: 2πB=0.8119399752 Rad.N/(Mev/c²)² That can describe all physical forces in one theory (General relation of force or Estakhr's Force: F=2πB.M.m.β³ So the force of gravity will be limits Estakhr's force when β (speed parameter) is Close to zero GM.m/r² =2πB.M.m.β³ and the electrostatic force will be limits Estakhr's force when β (speed parameter) is Close to Fine Structure Constant. F=2π.me².B.β³ β=fine structure constant ~ (1/137) and so on ...etc |
|||||||