Three of the fundamental equations of quantum physics are:
E=mc2,
w=P/mv,
and E=Pf,
where E=energy, m=mass, c=the velocity of light, w=wavelength, f=frequency, v=velocity, and P=Planck’s constant.
If the first two equations are solved for mass, followed by substituting and canceling such that the absolute minimum of variables remain, the simplest synthetic formulation is v=fw. This implies that all matter is in motion, and the structure of this fluxing matter takes the intrinsic form of a wave. It appears that since mass can be vacated from the hybrid expression in favor of a more essential form, namely a wave, the structurality we associate with mass, namely three dimensional particularity, is an epiphenomenon. Then we must inquire as to the sense in which this is true. — Enrique
Three of the fundamental equations of quantum physics are:
E=mc2,
w=P/mv,
and E=Pf,
where E=energy, m=mass, c=the velocity of light, w=wavelength, f=frequency, v=velocity, and P=Planck’s constant. — Enrique
Three of the fundamental equations of quantum physics are:
E=mc2, — Enrique
The concept of acceleration density allows a simple qualitative synthesis of quantum mechanics with general relativity. All matter is made up of wavicle ensembles that interfere, which amounts to quantum fields within quantum fields, mixed and matched supradimensionally, with a fraction of these ensembles salient in various ways to human perception. The quantum field of the earth consists in a gargantuan range of ensembles and frequencies, some of which extend far beyond its surface. In general, the closer these ensembles are to the earth’s core, the more compact their acceleration densities and the stronger the force they exert on each other and their immediate surroundings, an outward thrust which is however partially resisted by a sort of surface tension that the greater amount of matter in outer regions of the spreading field reciprocally exerts, which does not constrain all of the wave but is sufficient to maintain Earth’s structural integrity in the atomic range of the spectrum. A portion of the quantum field that does apparently escape is gravity, and it exerts a force on objects within its range in proportion to how close to the core they are and thus subjected to higher acceleration density. A clock runs slower at lower altitude because the gravitational wave ensembles it is emulsed in have a higher acceleration density and thus are slightly more compact, causing a minuscule quantity of substance inertia due to permeating compression. — Enrique
The equations are drawn from a book by physicist Lee Smolin, he knows what he's talking about lol — Enrique
If you had a quantum theory of special relativity you'd get the Nobel in physics without having to wait for a vote of the committee. — fishfry
It already exists, it's called the Dirac equation, and he did get the Nobel prize (so you're right about that). It's general relativity that's proving a hassle. — Kenosha Kid
If you had a quantum theory of special relativity you'd get the Nobel in physics without having to wait for a vote of the committee.
— fishfry
It already exists, it's called the Dirac equation, and he did get the Nobel prize (so you're right about that). It's general relativity that's proving a hassle — Kenosha Kid
The theory I presented views nonlocality as approximated by the concept of an infinite wave, but the mathematical/structural cross section that interprets the causality into a particular frame of reference is five dimensional. Instead of spacetime, its a sort of spaceacceleration, which I call acceleration density. This accounts for the contours of rate that allow a single event to effect both the past and the future, also the emergence of order from chaos, the quantum foundations of general relativity's observings, and the compatibility of quantum mechanics with thermodynamics.
I don't characterize "will" or intrinsic motivity as fundamentally intentional, but it is psychoactive in a sense because qualia and emergent qualitative experience originate at the nanoscale, from superposed wavicle ensembles. — Enrique
...perhaps quantum theory fails to synthesise with general relativity due to a lack of qualitative information in QM — Possibility
Think of a topological map with waves flowing over peaks and valleys that gradually change form as if by erosion and seismic shifting. — Enrique
The ‘infinite wave’ you refer to, I see as a six-dimensional structure of seemingly infinite possibility or ‘meaning’. — Possibility
As long as we're talking about credentials or lack thereof, what's your area of expertise? — Enrique
What do you think of the idea that gravity isn't a force pulling mass towards the surface of the planet, but rather consists in gravitational wave interferences slightly compressing, in combination with many additional wave fields, the huge variety of interferences amongst what we consider massive substances into particular orientations within the global field, a process measured by us in terms of three dimensionality? — Enrique
Basically, its a topography of fluctuating rates of change in spacetime, which is what wavelength motion or "acceleration density" is, with spacetime itself represented as three dimensional. — Enrique
Maybe the picture I'm presenting can be clarified by breaking it down into discrete variables (you won't have to analyze these equations to the last detail to get my point). Energy is correlated with mass and motion (E=mc2). Energy has a frequency (E=f) and also a rate of change or velocity in some sense correlated with wavelength (E=v/w). Velocity has mass correlated with wavelength and the velocity of light (v=mc2/w), and mass is conversely correlated with wavelength and velocity (m=vw/c2). Wavelength is correlated with velocity, mass and energy (w=v/E, w=v/mc2). The question then is the way these variables interrelate, what is directly or inversely proportional to what and how, as well as the way units align or integrate. I've got a qualitative impression of how it works, but could be in error as I'm not familiar with all the mathematical nuts and bolts. I'm not sure at this stage if it can be implemented quantitatively. — Enrique
The graph I described in my previous post is an image of relativity in the square of the wave function. Each point in the two dimensional plane has an energy associated with it, correlated with its mass, frequency, wavelength and velocity. Each point in the vertical plane corresponds to the velocity in space of that quantity relative to the energy at its horizontal position. — Enrique
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