Mechanics is the branch of Physics that studies and analyzes the motion and rest of bodies, and their evolution in the time, under the action of forces. Mechanics is divided into: Dynamic that studies the movement and the causes that produce it; Kinematics that studies the motion of bodies without considering the cause that produces it and neither the mass of the moving body. Etatics studies the balance of forces. Einstein's Relativity studies the effects of traveling at a speed close to c. The Philochrony studies the movement -change or activity- considering only the time. The components of the movement are: a body or a particle, the acting force, traveled space and elapsed time.
BRANCH ................. FORMULA (LAW)
Dynamics ................. F = m.a
Kinematics ............... s = d / t
Relativity ................. Δt ≈ d / c
Statics ..................... ΣFx = 0
Philochrony ............. tu = (g∆b, x) n. (n times). For an irregular rhythm becoming (not periodic) is used: t = ∆b,
Thursday, January 3, 2013
... IN OTHER WORDS (SPACE-TIME)
- The universe is made of 4D space-time.
- The mass is very dense space-time.
- The bodies with a lot of mass warp space-time (dark energy) around them.
- According to the Unified Field Theory photons are formed from the movement. Some photons are free (dark energy) and others unite to form atoms.
The formula uet = m + (Δgd, x) p explains the four fundamental forces (4FF) as follows: the magnitude of these forces depends on the mass of the body, internal changes and movement and outside, of the distance from the center of the body.
- The mass is very dense space-time.
- The bodies with a lot of mass warp space-time (dark energy) around them.
- According to the Unified Field Theory photons are formed from the movement. Some photons are free (dark energy) and others unite to form atoms.
The formula uet = m + (Δgd, x) p explains the four fundamental forces (4FF) as follows: the magnitude of these forces depends on the mass of the body, internal changes and movement and outside, of the distance from the center of the body.
STRUCTURE OF SPACE-TIME
My interpretation of space-time is that each object or body (event for somebody) is a structure of space-time. The magnitude of the space-time depends on the mass and density of the object. These objects can be: a particle, a molecule, a table, a planet or a galaxy. The space-time consists of four dimensions.
The gravity of the stars is transmitted through photons or dark energy, distorting the space-time around them.
In a formula:
stu = m + (gΔb, x) p
A space-time unit or "object" is equal to the mass more the gradual increment of an uniform rhythm becoming since a moment x in a point of space p.
Albert Einstein was right.
STRUCTURE OF SPACE-TIME
The formula stu = m + (gΔb, x) p relates the mass, the time law (tu = g∆b, x) and space. This is not an arithmetic sum but a combination of factors: mass, flowing time and space. Each object warps space-time around them, but this effect depends on the mass of the body and in the reality they are: macrocosm and microcosm. The effect of nuclear forces, weak and strong, is to an atom level.
Dark energy fills all space and is composed by photons. It is called dark because doesn't emit radiation. The term "dark energy" was coined by Michael Turner in 1998.
The gravity of the stars is transmitted through photons or dark energy, distorting the space-time around them.
In a formula:
stu = m + (gΔb, x) p
A space-time unit or "object" is equal to the mass more the gradual increment of an uniform rhythm becoming since a moment x in a point of space p.
Albert Einstein was right.
STRUCTURE OF SPACE-TIME
The formula stu = m + (gΔb, x) p relates the mass, the time law (tu = g∆b, x) and space. This is not an arithmetic sum but a combination of factors: mass, flowing time and space. Each object warps space-time around them, but this effect depends on the mass of the body and in the reality they are: macrocosm and microcosm. The effect of nuclear forces, weak and strong, is to an atom level.
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