Application of the universal space-time principle (g=cd) explains a Pioneer's anomaly, whose simp... more Application of the universal space-time principle (g=cd) explains a Pioneer's anomaly, whose simple solution also proves the principle. Due to its rigid nature, despite the high degree of approximation of calculated values, plotted curves of annual trajectory shortage so as the accumulation of differences between predicted and registered positions of probe are equivalent to those recorded.
Through a link with the speed of light, explained is the nature of ubiquitous but one of the most... more Through a link with the speed of light, explained is the nature of ubiquitous but one of the most secretive and controversial phenomenon in nature, gravity. Implicitly, explained is the nature of constantly measured speed of light and the vector of time. From this simple, rigid and tautological relation, without the use of physical constants, derived are universal formulas for motion. Basic concept of concisely presented Universal Principle is compared with conventional, far more complex model, indicating the crucial Relativistic problem of understanding the indivisible scalar nature of space-time entity.
Simple mathematical demonstration solves one of the problems of lunar motion, the regression of l... more Simple mathematical demonstration solves one of the problems of lunar motion, the regression of lunar nodes, observed more than 2000 years ago. Although their motions draw similar traces (such as retrograde motion in Ptolemy's and Copernicus's models of the universe) we show that celestial bodies do not rotate around their common centre of mass, but, by unified law, one around the other. Due to the rigidity of principle, regardless of the calculation of rounded up values, the range of discrepancy between predicted and observed cycle of regression is in level of magnitude of only 3.4x10-5 (due to lunar trajectory perturbation, its perceived values also on a small-scale vary cyclically). Besides the constant π and Terrestrial measure of time, the only variables used in the solution of this dual orbiting system problem are radiuses and surface accelerations of observed bodies.
Applying the principle of tautological relationship of gravity and the speed of light (g=cd), sol... more Applying the principle of tautological relationship of gravity and the speed of light (g=cd), solved and explained, by conventional physics misinterpreted nature of Pound-Rebka experiment. Also presented is an accurate universal formula for calculating the spectral shift between the measured points of any altitude difference, equivalent to the Special and General relativistic. Eventually, demonstrated is the link between gravitational, transversal and radial dilatations as a result of speed. Implicitly, presented is the evidence of the infinitely variable nature of universal scalar, the speed of light.
Although acceleration is, by its descriptive definition, the expansion of velocity, where celerit... more Although acceleration is, by its descriptive definition, the expansion of velocity, where celeritas /kɛ'lɛritas/ or /tʃɛ'lɛritas/ is a Latin word translated as "swiftness" or "speed", we prove that gravity is expansion (dilation) of the speed of light (celeritas c), i.e. the genesis of space in time. From this evidence, we explain the arrow of time. Implicitly, the foundation of a complex manifestation of nature is deduced to a tautological relationship between space-time variables, with the consequence of a unification of the reference measurement system. By unique relation, we connect the predictions of General and Special relativity. We introduce the scalar principle valid in all space-time dimensions of the universe.
0.3 Secret of gravity - the mimicry of the obvious 1
Although acceleration is, by its descriptive definition, the expansion of velocity, where celerit... more Although acceleration is, by its descriptive definition, the expansion of velocity, where celeritas /kɛ'lɛritas/ or /tʃɛ'lɛritas/ is a Latin word translated as "swiftness" or "speed", we prove that gravity is expansion (dilation) of the speed of light (celeritas c), i.e. the genesis of space in time. From this evidence, we explain the arrow of time. Implicitly, the foundation of a complex manifestation of nature is deduced to a tautological relationship between space-time variables, with the consequence of a unification of the reference measurement system. By unique relation, we connect the predictions of General and Special relativity. We introduce the scalar principle valid in all space-time dimensions of the universe.
Geometric demonstration located in v, t diagram explains the nature of the period of a pendulum, ... more Geometric demonstration located in v, t diagram explains the nature of the period of a pendulum, i.e. the universal connection of time with velocity (radius) and acceleration. Conceptual nature of the principles proof points to its universal validity. In other words, if it is valid for a circle, it is valid. Through the geometry of free fall we describe physical nature of irrational numbers π and √2. We demonstrate physical matrix of scale √2nπ. Through the relationship between the variables of space, time and velocity, using the principle of the pendulum, we illustrate the foundation of the law of conservation of energy. Analyzing its motion we point to nature of distortion of Euclidean geometry.
Geometric demonstration located in v, t diagram explains the nature of the period of a pendulum, ... more Geometric demonstration located in v, t diagram explains the nature of the period of a pendulum, i.e. the universal connection of time with velocity (radius) and acceleration. Conceptual nature of the principles proof points to its universal validity. In other words, if it is valid for a circle, it is valid. Through the geometry of free fall we describe physical
Through a link with the speed of light, explained is the nature of ubiquitous but one of the most... more Through a link with the speed of light, explained is the nature of ubiquitous but one of the most secretive and controversial phenomenon in nature, gravity. Implicitly, explained is the nature of constantly measured speed of light and the vector of time. From this simple, rigid and tautological relation, without the use of physical constants, derived are universal formulas for motion. Basic concept of concisely presented Universal Principle is compared with conventional, far more complex model, indicating the crucial Relativistic problem of understanding the indivisible scalar nature of space-time entity.
Geometric demonstration of free fall and rotation reveals space-time nature of the genesis of cir... more Geometric demonstration of free fall and rotation reveals space-time nature of the genesis of circle. We show that the operations with radius are equivalent to operations with velocity. Consequently, conventional spatial unit for radius (m), becomes equivalent to dynamic space-time unit for speed (m/s). We prove that the velocity is a physical equivalence of geometric idea of radius.
Applying the principle of tautological relationship of gravity and the speed of light (g=cd), sol... more Applying the principle of tautological relationship of gravity and the speed of light (g=cd), solved and explained, by conventional physics misinterpreted nature of Pound-Rebka experiment. Also presented is an accurate universal formula for calculating the spectral shift between the measured points of any altitude difference, equivalent to the Special and General relativistic. Eventually, demonstrated is the link between gravitational, transversal and radial dilatations as a result of speed. Implicitly, presented is the evidence of the infinitely variable nature of universal scalar, the speed of light.
Although acceleration is, by its descriptive definition, the expansion of velocity, where celerit... more Although acceleration is, by its descriptive definition, the expansion of velocity, where celeritas /kɛ'lɛritas/ or /tʃɛ'lɛritas/ is a Latin word translated as "swiftness" or "speed", we prove that gravity is expansion (dilation) of the speed of light (celeritas c), i.e. the genesis of space in time. From this evidence, we explain the arrow of time. Implicitly, the foundation of a complex manifestation of nature is deduced to a tautological relationship between space-time variables, with the consequence of a unification of the reference measurement system. By unique relation, we connect the predictions of General and Special relativity. We introduce the scalar principle valid in all space-time dimensions of the universe.
Implementation of tautological relation of light speed and gravity (g=cd) solved and explained th... more Implementation of tautological relation of light speed and gravity (g=cd) solved and explained the anomaly observed during the OPERA experiment. The observed disagreement with the predicted time has been calculated up to the level of tolerance of +3.375 ns, which is 4.236 times less than the specified tolerance. The only used data from the experiment was the length of a specific baseline. Because of the rigidity of the principle, the degree of approximation from the use of mean values of the Earth's radius and acceleration is irrelevant in the solution of the anomaly.
Application of the universal space-time principle (g=cd) explains a Pioneer's anomaly, whose simp... more Application of the universal space-time principle (g=cd) explains a Pioneer's anomaly, whose simple solution also proves the principle. Due to its rigid nature, despite the high degree of approximation of calculated values, plotted curves of annual trajectory shortage so as the accumulation of differences between predicted and registered positions of probe are equivalent to those recorded.
Simple mathematical demonstration solves one of the problems of lunar motion, the regression of l... more Simple mathematical demonstration solves one of the problems of lunar motion, the regression of lunar nodes, observed more than 2000 years ago. Although their motions draw similar traces (such as retrograde motion in Ptolemy's and Copernicus's models of the universe) we show that celestial bodies do not rotate around their common centre of mass, but, by unified law, one around the other. Due to the rigidity of principle, regardless of the calculation of rounded up values, the range of discrepancy between predicted and observed cycle of regression is in level of magnitude of only 3.4x10-5 (due to lunar trajectory perturbation, its perceived values also on a small-scale vary cyclically). Besides the constant π and Terrestrial measure of time, the only variables used in the solution of this dual orbiting system problem are radiuses and surface accelerations of observed bodies.
If the result of the product of zero and infinity is not defined then the system located within d... more If the result of the product of zero and infinity is not defined then the system located within dimensions of their ideas has no definition. On a scale between zero and infinity, we establish the system. Universally valid definition of its geometry of motion proves its validity. We prove that the system is. We establish a platform for its unification. Is there an existence outside of space and time? Is it possible to imagine, measure or to express anything that does not include their variables? Can we allocate physical unit that is not some space-time relationship? Does information exempted from the space-time context exist? ... And is there a way to express space or time independently, regardless of their relationship to any kind of velocity? If the answer to these questions is negative, we presume that the foundation of every universal variable of the physical world, in other words, the foundation of its existence, is its space-time description. Besides being physically unrelated, the conventional units for space and time, meter and second, originate from various numerical systems, decimal and sexagesimal. From such preset, it is difficult to recognize, essentially a simple matrix, of the complex appearance of the system.
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