Recent content by lyingbuddha

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    More on the Big Bang - what was before t = 0?

    We are searching for answers to understand the "creation". When we prove an "unknown" scientifically, metaphysics losses it's domain for that "known". But if belief dies, we will stop and won't go further. And if it does not, we will feel to go beyond what we had known. Everything could have...
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    More on the Big Bang - what was before t = 0?

    What if, a blackhole collects enough matter and reaches to a potential singularity similar to t=0 and explodes again and this is the pattern of the cycle? I believe we can observe this.
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    Deriving Gravitational Acceleration from Wave Properties

    Then, I return back to energy equation: m.c^2=h.f ⟹ m.g^2/f^2=h. f ⟹ m.g^2=h.f^3 ⟹ g^2=h.f^3/m ⟹ g=√h.f^3/m (unit: m/s^2)
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    Deriving Gravitational Acceleration from Wave Properties

    Then, we could use the wave equation: v=λ⋅f & g=λ⋅f² ⟹ g=v⋅f (special case for massless particles at the speed of light ⟹ g=c⋅f) The following are from ChatGPT according to the new formula perspective: 1. Implications for Quantum Gravity (a) Gravitons and the Wave Nature of Gravity...
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    Deriving Gravitational Acceleration from Wave Properties

    Hi everybody, I just wanted to wrap up my previous thoughts to input them into ChatGPT and ask your opinions regarding the outputs. You can follow the full story here: Quantum Framework for Gravity A Quantum Framework for Gravity: Deriving Gravitational Acceleration from Wave Properties...
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    Photon's with variable mass

    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...
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    Photon's with variable mass

    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...
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    Photon's with variable mass

    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...
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    Alternative approach on Einstein's Energy Formula

    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...
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    Alternative approach on Einstein's Energy Formula

    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...
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    Alternative approach on Einstein's Energy Formula

    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...
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    Alternative approach on Einstein's Energy Formula

    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...
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    Alternative approach on Einstein's Energy Formula

    If you are observing from origin of Big Bang, yes. :)
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    Alternative approach on Einstein's Energy Formula

    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...
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    Alternative approach on Einstein's Energy Formula

    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.