Next Page | Contents | Previous Page
Those field or mode exchanges occur, for example, when stars pour nature-controlled, gravity-fusion energy into its surrounding electrons. Those energized electrons, in turn, pour photons into the existence field. Those photons cause disturbances that simulate waves ranging from radio waves to gamma waves. Those simulated waves radiate toward receptors located at the end of all point lines throughout existence -- such as a lens of a telescope in another galaxy. That receptor conserves existence by withdrawing or absorbing equivalent amounts of pressure-alleviating photons to neutralize the disturbances from the originating source.
Similarly, a hydro, fossil-fuel, or fusion power plant on Earth pours human-controlled, power-plant energy into, for example, a television transmitter. That energized transmitter, in turn, pours its human-controlled photons into the existence-field ether. Such an action creates radiating lines of disturbances that are equilibrated by absorption of photons into the matter field of, for example, a television receiver. The same energy/matter mode equilibrations can be traced from that television set to the retina of a human eye, then to a conscious brain, and finally to volitional physical actions that both alter and control the course of nature.
Discrete quanta or particles move at high velocities approaching the speed of light mainly in (1) expansions or contractions of the universe, in (2) certain nuclear reactions or radioactive decays causing symmetry breakings or hidings, and in (3) conscious-controlled actions such as particle accelerations. By contrast, the ordinary transmission of light, electromagnetism, or quantum energy across space is not a result of any significant particle movement. But rather such linear or curved transmissions are simply vibrating, resonating, or wave-like disturbances in spacetime geometries propagating near or at the speed of light through the existence field. Thus, discrete energy quantum and matter quantum do not themselves travel across space. Instead, each creates a disturbance pressure that radiates wave like along the stationary point lines of existence. That wave-like disturbance is eventually relieved, equilibrated, or absorbed by receptors at the end of each point line of existence.
Consider the above description of locally creating and relieving energy pressures by emitters and receptors in the stationary existence-field ether. Now, consider the popular notion that almost every particle ever created or released physically races across space -- often across millions or billions of light years in space. That notion seems to violate some sort of "least-action" principle. Such an action-inefficient notion of endlessly traveling quanta seems as quaint as the notion of a geocentric universe in which all inertial matter, planets, and stars daily race around planet Earth.
Indeed, both matter and energy interact locally, not across space. Light, for example, does not literally propagate across time and space. But, rather, light locally manifests a disturbance that spreads wave like throughout the existence-field ether until absorbed or equilibrated by a receptor.[ 79 ]
[ 78 ] In measurements, the distinction between metaphysical and epistemological certainties must be discerned, especially in quantum mechanics: No metaphysical uncertainties exist in physical nature. Only epistemological uncertainties exist.* Probability statistics are used in the absence of concrete knowledge. The de Broglie/Bohm's pilot-wave theories help eliminate the mystical misinterpretations of quantum mechanics arising from the 1926 Copenhagen Interpretation. ...Pilot waves are the fingerprint disturbances guiding moving particles.
*Consider the following epistemological uncertainty: The ratio of a circle's circumference to its diameter is pi or 3.14159..., a number that continues indefinitely without ever repeating. Thus, the use of pi in calculations, such as the area of a circle A=pir2 , can never yield an exact or certain answer. For the answer always depends on how many decimals one extends pi in calculating that area. Yet, an exact area exists, it just cannot be calculated by using pi or any method of diminishing triangulation.
[ 79 ] Then what really is the "speed of light", c? First, consider atomic fission or fusion in which a given mass is converted to energy as mc2 =E. Now, by contrast, the "speed of light", c, is the velocity at which a given energy is converted to mass as E/c2 =m. Yet, light itself is the opposite -- it has no rest mass. So where is the connection of light to the velocity, c? There is none. The "speed of light", c, is not the speed of light at all, but rather c is the velocity relationships of field disturbances, which all have a speed limit of 186,281 miles per second in a particular vacuum state.
Incidentally, traveling near or at the velocity of light, energy fields bend in gravitational fields. The quasi mass generated by high-velocity, photonically disturbed existence fields is what bends in gravitational fields.
Next Page | Contents | Previous Page
Disclaimer - Copyright - Contact
Online: buildfreedom.org - terrorcrat.com - mind-trek.com