=> TIME CHEST - 3.3.2 The Dynamic Creation of Dimensions... 1906), but now this now applies to transformations between inertial and non-inertial frames alike, because the dynamic relation between the real and imaginary parts of time implies that the instantaneous velocity in the outer level of time is always zero, whether the object is accelerating ...
=> THE DOT POSTULATE - 4. A Brief General Analysis:... te leads at the same time to all the three principles of Special and General Relativity together, since there is no more any difference between inertial and non-inertial frames, because the instantaneous velocity in the imaginary time is always “zero”, whether the object is acceleratin ...
=> THE DOT POSTULATE - 5. The Dynamic Formation of Dimensions:... nternal chronological sequence, that then appears as one instance of the imaginary time , so the total complex time is: , as split-complex or hyperbolic numbers. We can also notice that the instantaneous velocity in the normal time is always zero, while the real speed in the inner time ...
=> THE DOT POSTULATE - Note III (the effective mass):... by Mohamed Haj Yousef [ PDF Download ] Search Inside this Book Note III (the effective mass): Therefore, even when the object is moving at any velocity that could be very close to , its instantaneous velocity is always zero: , at the actual time of measurement, and its mass will still ...
=> THE DOT POSTULATE - 6.4. Complex Energy... st as it is the case with the absolute conservation of momentum that we have seen in section 6.3 above, energy is also always conserved, even when the apparent velocity changes, since the instantaneous velocity in the outer level of time is always zero, as we have seen in section 5 and ...
=> The Complex-Time Frame... -time frame, Lorentz transformations will be valid between inertial and non-inertial frames alike, because the dynamic relation between the real and imaginary parts of time implies that the instantaneous velocity in the imaginary time is always zero (see Figure 5.1), whether the object is ...
=> ULTIMATE SYMMETRY - I.4.3 The Duality of Time Postulate... te leads at the same time to all the three principles of Special and General Relativity together, since there is no more any difference between inertial and non-inertial frames, because the instantaneous velocity in the imaginary time is always zero , whether the object is accelerating or ...
=> ULTIMATE SYMMETRY - I.4.4 The Dynamic Formation of
Dimensions... nternal chronological sequence, that then appears as one instance of the imaginary time , so the total complex time is: , as split-complex or hyperbolic numbers. We can also notice that the instantaneous velocity in the normal time is always zero, while the real speed in the in ...
=> ULTIMATE SYMMETRY - III.2.7 Note IV (the effective mass):... antum Gravity by Mohamed Haj Yousef Search Inside this Book III.2.7 Note IV (the effective mass): Therefore, even when the object is moving at any velocity that could be very close to , its instantaneous velocity is always zero: , at the actual time of measurement, and its mass will still ...
=> ULTIMATE SYMMETRY - III.3.1 Complex Energy... it is the case with the absolute conservation of momentum that we have seen in section III.3 above, energy is also always conserved, even when the apparent velocity changes, since the instantaneous velocity in the outer level of time is always zero, as we have seen in section I ...
=> DUALITY OF TIME - 5.3.3.6 Effective Mass... y Mohamed Haj Yousef Search Inside this Book 5.3.3.6 Effective Mass Therefore, even when the object is moving at any speed that could be very close to , at the time of measurement its instantaneous velocity is always zero: , and its mass will still be the same rest mass: , because it ...
=> DUALITY OF TIME - 5.3.6 Negative and Multidimensional Energy... just as it is the case with the absolute conservation of momentum that we have seen in section 3.5 above, energy is also always conserved, even when the apparent velocity changes, since the instantaneous velocity in the outer level of time is always zero as we have seen in section 2 and Fi ...
=> DUALITY OF TIME - 5.2 Dynamic Creation and Aether... e; (1906), but now this applies to transformations between inertial and non-inertial frames alike, because the dynamic relation between the real and imaginary parts of time implies that the instantaneous velocity in the outer level of time is always zero, whether the object is accelerating ...
=> DUALITY OF TIME - 2.5.3 The Flying Arrow... So throughout all the points of the entire path of the Arrow through space, it is in fact at rest, because at any indivisible instance of time it must be at some discrete position , so its instantaneous velocity is always zero. If in an indivisible instant of time the Arrow moved, then in ...
=> THE DOT POSTULATE - 5.3. General Relativity Approximation:... e frame, this transformation will be equally valid between inertial and non-inertial frames alike, because the dynamic relation between the real and imaginary parts of time implies that the instantaneous velocity in the imaginary time is always zero (see also Figure 5), whether the object ...
=> ULTIMATE SYMMETRY - IV.4.2 General Relativity
Approximation... e frame, this transformation will be equally valid between inertial and non-inertial frames alike, because the dynamic relation between the real and imaginary parts of time implies that the instantaneous velocity in the imaginary time is always zero (see also Figure I.4), whether the objec ...
=> DUALITY OF TIME - 5.3.4 Relativistic Energy-Momentum Relation... with mass , moving at a constant velocity , is continuously being re-created at the speed of light in the inner time , before it appears as an instance in the imaginary outer time where its instantaneous velocity is but the re-creation makes it appear to be moving at an average velocity . ...
The science of Time is a noble science, that reveals the secret of Eternity. Only the Elites of Sages may ever come to know this secret. It is called the First Age, or the Age of ages, from which time is emerging.
