Mach, Hawking, and Cherenkov; three names one account;
A hypothesis is self-validating when it unifies previously separate well-known phenomena by its proposed underlying predictions and structures. The LINE hypothesis proposes that at the Planck scale, the PH regimes around which pyrine form within particles of baryonic matter, while within a local medium such as glass, produce a region of information deficit as gravitation due to its sequestered debytons (dark matter). This deficit effectively and measurably reduces the local rendering rate (LRR) of reality which informs change, ergo; time, and the local speed of light within that medium. This Planck scale information deficit projects into the atomic realm to produce the effect known as a refractive index. It is hypothesized that Black holes radiate Hawking radiation only when the universal rendering rate (URR) is diminishing as it does during universal contractions. As the URR diminishes, so does the vacuum speed of light, which increases while the URR is increasing during periods of universal expansion.
Consequently, massless photons may become restricted while within some materials to velocities below the current vacuum speed of light in this universe. While, by the same mechanism, under particular conditions, massive particles are simultaneously able to travel within that same local medium at or closer to the vacuum speed of light than does mass-less particles therein. This simultaneous conjunction of speed differentials is informed by the LRR of that medium. The LRR is informed by the information deficit demanded by the pyrine that compose all matter. As massive baryonic particles in this condition translate between PH regimes faster than their own emitted massless photons, such photons become liberated from their normal bound nuclear bonds. Not unlike a passenger not strapped into their seat in a decelerating vehicle, photons in this condition are liberated to produce a particular type of light emission. This emission is widely known as; Cherenkov radiation.
It is suggestive that under particular circumstances, Hawking radiation is emitted from the maximally dilated PH regimes called black holes and Cherenkov radiation is emitted from the minimally dilated PH regimes called particles. These emissions both occur as the rendering rate of reality in this universe which informs the current speed of light varies for PH regimes at all scales within a local medium and in the vacuum of space. Such information deficits occur as information transitions between this universe and the metaverse at the PH of baryonic pyrine and also at the EH of black holes. In each case, the rendering rate of change, ergo; time is brought to equilibrium with its respective environment by the transition of a proportional amount of information from within their respective PH regimes. In all cases, this radiation or gravitation compensates the universal information budget. By this mechanism, as complexity rises in this universe and this universe begins to contract, black holes universally proportionately emit their bound information which was captured at the higher URR. In particles, a similar equilibrium produces a space-time inflow of information from the metaverse observed as various emissions like the luminous shockwave of photons that is Cherenkov radiation. The LINE hypothesis suggests that Cherenkov and Hawking radiation are both phenomena produced by the same underlying information deficits fulfillment paid to the universal information budget each on opposite ends of the PH dilation or QE spectrum. The QE spectrum is the inter-universal medium that defines gravitation, radiation, matter, space, and individuality in this universe.
Mach’s Principle; "Local physical laws are determined by the large-scale structure of the universe", is a tacit acknowledgment of the interrelated dynamics of matter with the universal information budget (UIB). Mach’s principle suggests that there is an information influence between the large-scale universe and the local scale of inertia, momentum, and gravitation. The LINE hypothesis suggests that Mach is on the right track, but doesn’t explain this ubiquitous universal interaction. Mach’s principle describes the same information deficit fulfillment being paid to local space via the PH which informs the UIB of the large-scale universe. In rotating frames, the UIB causes an information deficit in the space occupied by baryonic matter. This is due to gradients in a rotating body's sequestration of debytonic (dark) matter particles. Faster moving baryonic matter sequesters proportionately more debytons than slower-moving baryonic matter. An information deficit also occurs by the gravitation of free massless debytonic (dark) matter in the vacuum of space. Hence, massless debytonic PH regimes are the mass-independent basis from which an increase or decrease of the mass within massive baryonic particles should be compared and measured.
Mach’s principle suggests that universal gravitation is in some way responsible for a centrifugal force. This is not strictly the case; centrifugal motion is largely due to a physical exchange of kinetic energy between particles to produce an exchange of velocity. Centrifugal motion may occur via physical contact of incident matter particles that are in contact with a transient surface. If no contact exists between the two bodies including air contact or electric or magnetic influences, then the vulnerable body would rotate only diminutively. This minimal rotation is not due to the well-known centrifugal force, hence, must be defined differently. Let us call this minimal independent force, the Mach force. Einstein demonstrated this Mach force in his pendulum precession experiments. The Mach Force is very weak on human scales. It is produced by the information deficit paid to the UIB of local space by matter particles of rotating systems. The UIB taxes the local faster-rotating pyrine of matter at the peripheries of a rotating body in greater proportion to the information tax paid by matter towards the slower rotating center of mass.
On the cosmic scale, it is also debytons, but not bound within matter particles, that hold rotating galaxies and clusters thereof together. Hence, Mach’s centrifugal force which acts upon you within a rotating space station, and the gravitational force that binds matter together in galaxies attributed to debytonic (dark) matter are both ultimately produced by the same underlying information drain of space by debytonic matter whether sequestered within particles or free in the vacuum of space. This occurs on vastly different scales via the dilation of PH regimes small or large. It is the information deficits paid by all PH regimes to account in the UIB that creates all of the phenomena of this universe. This is the solution that explains Mach’s principle and the mystery of the non-Newtonian galactic rotation. Centrifugal force is the sum total of Mach’s Force plus any physical, electromagnetically transferred kinetic energy from a rotating body to vulnerable bodies therein. The LINE hypothesis proposes that by this description, the debytonic (dark) matter gravitation that confines galaxies now has its’ name; The Mach Force. The universal information budget is the mechanism by which small-scale structures communicate with the large-scale structure of this universe.
A hypothesis is self-validating when it unifies previously separate well-known phenomena by its proposed underlying predictions and structures. The LINE hypothesis proposes that at the Planck scale, the PH regimes around which pyrine form within particles of baryonic matter, while within a local medium such as glass, produce a region of information deficit as gravitation due to its sequestered debytons (dark matter). This deficit effectively and measurably reduces the local rendering rate (LRR) of reality which informs change, ergo; time, and the local speed of light within that medium. This Planck scale information deficit projects into the atomic realm to produce the effect known as a refractive index. It is hypothesized that Black holes radiate Hawking radiation only when the universal rendering rate (URR) is diminishing as it does during universal contractions. As the URR diminishes, so does the vacuum speed of light, which increases while the URR is increasing during periods of universal expansion.
Consequently, massless photons may become restricted while within some materials to velocities below the current vacuum speed of light in this universe. While, by the same mechanism, under particular conditions, massive particles are simultaneously able to travel within that same local medium at or closer to the vacuum speed of light than does mass-less particles therein. This simultaneous conjunction of speed differentials is informed by the LRR of that medium. The LRR is informed by the information deficit demanded by the pyrine that compose all matter. As massive baryonic particles in this condition translate between PH regimes faster than their own emitted massless photons, such photons become liberated from their normal bound nuclear bonds. Not unlike a passenger not strapped into their seat in a decelerating vehicle, photons in this condition are liberated to produce a particular type of light emission. This emission is widely known as; Cherenkov radiation.
It is suggestive that under particular circumstances, Hawking radiation is emitted from the maximally dilated PH regimes called black holes and Cherenkov radiation is emitted from the minimally dilated PH regimes called particles. These emissions both occur as the rendering rate of reality in this universe which informs the current speed of light varies for PH regimes at all scales within a local medium and in the vacuum of space. Such information deficits occur as information transitions between this universe and the metaverse at the PH of baryonic pyrine and also at the EH of black holes. In each case, the rendering rate of change, ergo; time is brought to equilibrium with its respective environment by the transition of a proportional amount of information from within their respective PH regimes. In all cases, this radiation or gravitation compensates the universal information budget. By this mechanism, as complexity rises in this universe and this universe begins to contract, black holes universally proportionately emit their bound information which was captured at the higher URR. In particles, a similar equilibrium produces a space-time inflow of information from the metaverse observed as various emissions like the luminous shockwave of photons that is Cherenkov radiation. The LINE hypothesis suggests that Cherenkov and Hawking radiation are both phenomena produced by the same underlying information deficits fulfillment paid to the universal information budget each on opposite ends of the PH dilation or QE spectrum. The QE spectrum is the inter-universal medium that defines gravitation, radiation, matter, space, and individuality in this universe.
Mach’s Principle; "Local physical laws are determined by the large-scale structure of the universe", is a tacit acknowledgment of the interrelated dynamics of matter with the universal information budget (UIB). Mach’s principle suggests that there is an information influence between the large-scale universe and the local scale of inertia, momentum, and gravitation. The LINE hypothesis suggests that Mach is on the right track, but doesn’t explain this ubiquitous universal interaction. Mach’s principle describes the same information deficit fulfillment being paid to local space via the PH which informs the UIB of the large-scale universe. In rotating frames, the UIB causes an information deficit in the space occupied by baryonic matter. This is due to gradients in a rotating body's sequestration of debytonic (dark) matter particles. Faster moving baryonic matter sequesters proportionately more debytons than slower-moving baryonic matter. An information deficit also occurs by the gravitation of free massless debytonic (dark) matter in the vacuum of space. Hence, massless debytonic PH regimes are the mass-independent basis from which an increase or decrease of the mass within massive baryonic particles should be compared and measured.
Mach’s principle suggests that universal gravitation is in some way responsible for a centrifugal force. This is not strictly the case; centrifugal motion is largely due to a physical exchange of kinetic energy between particles to produce an exchange of velocity. Centrifugal motion may occur via physical contact of incident matter particles that are in contact with a transient surface. If no contact exists between the two bodies including air contact or electric or magnetic influences, then the vulnerable body would rotate only diminutively. This minimal rotation is not due to the well-known centrifugal force, hence, must be defined differently. Let us call this minimal independent force, the Mach force. Einstein demonstrated this Mach force in his pendulum precession experiments. The Mach Force is very weak on human scales. It is produced by the information deficit paid to the UIB of local space by matter particles of rotating systems. The UIB taxes the local faster-rotating pyrine of matter at the peripheries of a rotating body in greater proportion to the information tax paid by matter towards the slower rotating center of mass.
On the cosmic scale, it is also debytons, but not bound within matter particles, that hold rotating galaxies and clusters thereof together. Hence, Mach’s centrifugal force which acts upon you within a rotating space station, and the gravitational force that binds matter together in galaxies attributed to debytonic (dark) matter are both ultimately produced by the same underlying information drain of space by debytonic matter whether sequestered within particles or free in the vacuum of space. This occurs on vastly different scales via the dilation of PH regimes small or large. It is the information deficits paid by all PH regimes to account in the UIB that creates all of the phenomena of this universe. This is the solution that explains Mach’s principle and the mystery of the non-Newtonian galactic rotation. Centrifugal force is the sum total of Mach’s Force plus any physical, electromagnetically transferred kinetic energy from a rotating body to vulnerable bodies therein. The LINE hypothesis proposes that by this description, the debytonic (dark) matter gravitation that confines galaxies now has its’ name; The Mach Force. The universal information budget is the mechanism by which small-scale structures communicate with the large-scale structure of this universe.