Recent content by lyingbuddha

I have made another equation from the below overall energy formula: E^2=(p.c)^2+(m.c^2)^2 For a massless particle: E^2=(p.c)^2 and c^2=g.λ → E^2=p^2.g.λ while E=h.f and p=h/λ → h^2.f^2=h^2.g/.λ → g=λ.f^2 (unit is m/s^2) So the gravity formula for a massless particle (graviton?) should be...

Glad you have used the word orbit! I try one step beyond: E=m.(g.T).c and period for simple pendulum formula is T=2π√(L/g) E=m.g.2π√(L/g).c→ E=2π.m.√(g.L).c and what this formula tells is: Everything has an orbit (elliptical) and, everything intends to spin around the things which have higher...

Hi everybody, (Please download the excel file to see the calculations) Energy_Calculation (Excel file) (I) First Equation is Einstein's Energy equation: E=m.c^2 (unit: Joules = kg.m^2/s^2) My assumption is: where g is gravity (unit: m/s^2) on one specific point of space and, T is period...

Well, light and time creates a lot of problem, so I'd like to remove these two from C=G.T equation. C=λ.f → f=C/λ, T=1/f → C=G/f, → C=G.λ/C → C^2=G.λ, E=m.C^2 → E=m.G.λ (unit is kg * m/s^2 * m = kg.m^2/s^2) I have calculated both (E1) E=mc^2 and (E2) E=m.G.λ. E1 is bigger than E2 so the...

I will check this out, thanks for directing. I'm still thinking on the C=G.T equation. I think the order of the formation of the planets are related to their gravity. If you check the table below, the formation order could be like this. ORDER C (m/s) G (m/s2) T (s) 1 Sun 299.792.458,00...

I understand like this: Let's say everything is perfectly stationary and all space is traveling C.T in spacetime. Let's assume the space is divided into 2 equal parts: 2 different speed of light (C1, C2) traveling left to right, in time elapsed T=T1+T2. Total distance traveled is...

Well, after your emphasis I have searched about the spacetime over google, it looks very complex to me. Can't tell anything about it. :rolleyes: Nevertheless, I assume there should be a universal time which we can calculate by T=C/G. We know at the moment of Big Bang there was a huge gravity...

If you are observing from origin of Big Bang, yes. :)

Hello again. I'm still on the way to get to a point. What I'm trying to say is, speed of light should be equal to gravity * time. So the equation should be: C=G.T As C is constant, if gravity increases, time value decreases. For example in a black hole, the gravity is huge so the time value...

Hello All, I hope this is the right place to send this thread. What do you think about below formulation? The numbers are added as sample only to represent the logic. I have added as an image but you can also find the PDF version here: PDF file with better resolution.