gravity pressure

[AntonioLao]

An implication stemmed from Einstein’s theory of general relativity is that not only mass and energy can create gravitational field, pressure defined as force per unit area also can. When it is negative, it is antigravity. It is formulated from a relation to the dimensional ratio of local acceleration of gravity (g) over the universal constant of gravitation (G), K=g/G. In the MKS system, the dimension of K is kilograms per meter squared (kg/m). The values of K vary since g is a local variable depending on the mass (m). For near earth systems, K is 1.5x10 kg/m.

Therefore, gravity pressure (P) is the difference of normal pressure N/S and Ka, where a is the generalized absolute acceleration and N is the normal force or weight, equation 1: P = Ka – N/S. If N=mg then P = g(1.5x10¹ºa – m/S), where S is the surface area to the normal. The absolute magnitude of the generalized absolute acceleration a can be determined independently from equation 2: a·r=c or |a||r|cosq=c, where r is the infinitesimal spacetime metric and c is the speed of light. For positive cosq, the domain of q is [0°,90°) and (270°,360°]. The condition for antigravity is that Ka << N/S or 1.5x10¹ºa << m/S. For an object with m equal 1 kilogram and S is 1 meter squared, the antigravity’s distance |r| is 1.29 billion billion billion meters, which is approximately the radius of the observable universe if light had traveled for 13.7 billions years. If the universe is spherical in shape then positive gravity pressure can be expressed as total energy per unit volume of this radius. Furthermore, the infinitesimal change of radii of the singularity from the big bang must satisfy the uncertainty principle of quantum mechanics: equation 3: Dr·Dp³h/2p, where p is the linear momentum and h is Planck’s constant of action.

[sillysally]

Is what we live in a result of gravity pressure? This is confusing for me because I can't even call what we live in as gravity anymore because it's minus. Could our atmosphere be pumping what would be gravity out creating the minus gravity condition here? It can't be completely minus though because we still have some stretch left in us, even our skin looses elasticity, not just our nose and ears that keep stretching. But it's obviously hurting our bones, our bone construction isn't hollow enough. It's also applying pressure on our skulls (which could be causing mental illnesses). But I think it's because of the condition here that we need that extra bone support. But birds have hollow bones don't they? How come they don't feel the pressure we do? Oh, because they come from dinosaurs and the gravity was different then.

[mkirkpatrick]

Thanks Antonio,years ago now I was talking to a chap who insisted that he could actually
feel fluctuations within the gravity field when in a meditational trance like state,he said his whole being became so sensitised that he could feel these fluctuations,what do you think of that my old friend?




regards michael.

[sillysally]

Eggshells are calcium right? Those are like bones but I don't know if chickens can fly. So this kinda rules out evolution as a natural selection because it's the earths climate that is making life change or evolve. Is that the same thing as natural selection? Our consciousness makes us human right? So that means we've always existed but in different forms or shapes of life. And our conscious fluctuates with this adaption. Which explains ancient mindsets and different technological abilities. Wow, somehow we survived some catastrophic things happening here. That's why we can't understand some of the past, because the climate was different so were the physics.

[sillysally]

Thanks Antonio,years ago now I was talking to a chap who insisted that he could actually
feel fluctuations within the gravity field when in a meditational trance like state,he said his whole being became so sensitised that he could feel these fluctuations,what do you think of that my old friend?




regards michael.

I can feel my brain pulsating sometimes. It's my stretching exercise but I can't always do it.

[AntonioLao]

Is what we live in a result of gravity pressure?

That and also magnetic and electric pressures. Birds have hollow bone structures in order to reduce their weights per unit surface area so that they can take advantage of the aerodynamic lift force for flying.

what do you think of that my old friend

Your friend would be a boom to science as a gravitometer for detecting gravity waves.

[baudrunner]

From a paper titled The Gravitational Force as Defined by DeBroglie Waves by Michael Harney: (You'll love this one Antonio)

Conclusions

The quantization of mass and gravitational fields can be interpreted by viewing these particles or fields as standing DeBroglie waves in a space-time fabric. The potential energy in this fabric is equivalent to the rest-energy of particles and the potential energy of gravitational fields. The standing DeBroglie waves of a particle are projected in two-dimensions normal to the axis of motion of the particle. The E and H vectors of electromagnetic fields are mapped into the same plane as the DeBroglie waves, with interaction occuring as energy displacement inside the space-time fabric. By applying Schrodinger’s equation to this standing wave with the two-dimensional plane that it is in, the mass of particles can be interpreted from the quantized energy of the waves.

Gravity might be construed as an illusion based on the time for a macroscopic object to be displaced from its position if it is represented as a deBroglie wave.

[AntonioLao]

Baud,

Thanks for the article and the weblink. What I have in mind would be the square of the de Broglie waves.

[Lloyd Gillespie]

Baud,

Thanks for the article and the weblink. What I have in mind would be the square of the de Broglie waves.

Hydrodynamics of waves agrees with the direction of this thread, Antonio...

Lloyd

[AntonioLao]

Hydrodynamics of waves agrees with the direction of this thread

You mean in their nonlinear forms as an approach to chaos? This nonlinearity is exemplified by Navier-Stokes equations.