=> Einstein Mass-Energy Equivalence... erage velocity is given by: (7) And its kinetic energy will be given by same standard classical equation (3): , because its change is smooth. However, since this average velocity is the apparent velocity that is a “mixture” of its instantaneous dual-state velocity ( ), whenever thi ...
=> DUALITY OF TIME - 5.3.3 Deriving the Mass-Energy Relation... time where individually each point is massless and it is either at rest or moving at the speed of light, but collectively they have some non-zero inertial mass , energy , and limited total apparent velocity , which can be calculated from equation 5.3. Based on this metaphysical behavior i ...
=> THE DOT POSTULATE - 7.3. Uncertainty:... ividual geometrical points, each of which is either in the inner or outer levels of time, so their individual speeds are either zero or , but collectively appear to be moving at the limited apparent velocity , that can be calculated from equation 5; thus the particle is described by . Ther ...
=> Deriving the Principles of Special and general Relativity based on the Duality of Time Theory... t; c. Individually, each point is massless and it is either at rest or moving at the speed of creation, but collectively they have some non-zero inertial mass m, energy E, and limited total apparent velocity v given by the above equation. Consequently, there is no gradual motion in the com ...
=> ULTIMATE SYMMETRY - III.2.4 Note I (super-symmetry and pair
production):... change will be always zero, even when the velocity changes! So the momentum and the energy are always invariant as we shall see further in section III.2.9. This is because the change in the apparent velocity will be compensated with a change in the apparent mass, but in reality nothing is ...
=> ULTIMATE SYMMETRY - I.4.5 The Genuinely-Complex Time-Time
Frame... ound state of matter particles, that are then described by , or: , which means that they are internally being re-created at the speed of , that is the real part, and moving outwardly at the apparent velocity , that is the imaginary part; given by equation 3.1. We shall see in sections 2.1. ...
=> ULTIMATE SYMMETRY - II.1.5 Higgs Mechanism... and electromagnetism. In the Duality of Time Theory, as we have seen in section I.4.5, the physical vacuum, which is the dynamic aether, is the extreme state which may be achieved when the apparent velocity, or momentum, becomes absolutely zero, both as the object s total velocity and any ...
=> ULTIMATE SYMMETRY - III.2.3 Method II (generating mass in
the inner time):... ng at an apparent (imaginary) velocity , so when these geometrical points are disentangled to remain at their real speed (of light), the mass converts back into energy while the apparent velocity does not change, because this process is happening in the inward levels of time wh ...
=> ULTIMATE SYMMETRY - II.4.4 Uncertainty... ividual geometrical points, each of which is either in the inner or outer levels of time, so their individual speeds are either zero or , but collectively appear to be moving at the limited apparent velocity , that can be calculated from equation 3.1; thus the particle is described by . Th ...
=> ULTIMATE SYMMETRY - III.1.5 Deriving the Principles of
Special and General Relativity... Individually, each point is massless and it is either at rest or moving at the speed of creation, but collectively they have some non-zero inertial mass , energy , and limited total apparent velocity given by this equation 3.1 above. Consequently, there is no gradual motion i ...
=> THE DOT POSTULATE - Method IV (complex momentum and energy-momentum relation)... of creation , and this term makes the real part of the complex momentum . Then we integrate between and on the outer imaginary level of time where the particle whose mass is gains an apparent velocity , and thus its effective mass increases from to , and this term makes the imagin ...
=> THE DOT POSTULATE - Method III (the total relativistic energy):... he geometrical points which constitute the particle of mass (thus and in the inner time), and in the outer time the kinetic energy is generated as this mass moves gradually so its apparent velocity changes by , which corresponds to increasing the effective mass from to , thus w ...
=> TIME CHEST - 3.4.1 Deriving the Principles of Special and
General Relativity... us: Individually, each point is massless and it is either at rest or moving at the speed of creation, but collectively they have some non-zero inertial mass m , energy E , and limited total apparent velocity v . Consequently, there is no gradual motion in the common sense that the object l ...
=> TIME CHEST - 3.4.3 Space-Time Diffeomorphism and
Mass-Energy Equivalence... here individually each point is massless and it is either at rest or moving at the speed of creation, but collectively they have some non-zero inertial mass m , energy E , and limited total apparent velocity v , which can be calculated mathematically as demonstrated in Chapter V of Volume ...
=> ULTIMATE SYMMETRY - III.2.8 Method III (the total
relativistic energy):... s which constitute the particle of mass (thus and in the inner time), and in the outer time the kinetic energy is generated as this mass moves gradually so its apparent velocity changes by , which corresponds to increasing the effective mass from to , th ...
=> ULTIMATE SYMMETRY - III.2.2 Method I (abrupt change of
speed in the inner time):... abrupt change, with only the two states of void and vacuum, corresponding to zero and , respectively, and since the change in the outward time is zero, and here we also consider , since the apparent velocity does not change in this case, but we will also discuss relativistic mass in sectio ...
=> ULTIMATE SYMMETRY - III.2.9 Method IV (complex momentum and
energy-momentum relation)... , and this term makes the real part of the complex momentum . Then we integrate between and on the outer imaginary level of time where the particle whose mass is gains an apparent velocity , and thus its effective mass increases from to , and this term makes the im ...
=> THE DOT POSTULATE - 6. Deriving the Principles of Special and General Relativity:... Individually, each point is massless and it is either at rest or moving at the speed of creation, but collectively they have some non-zero inertial mass , energy , and limited total apparent velocity given by this equation 5 above. Consequently, there is no gradual motion in the ...
=> THE DOT POSTULATE - 6.2. The Mass-Energy Equivalence Relation:... e, where individually each point is massless and it is either at rest or moving at the speed of creation, but collectively they have some non-zero inertial mass , energy , and limited total apparent velocity , which can be calculated from equation 5. We also explained in section 5.3 above, ...
=> THE DOT POSTULATE - Method I (abrupt change of speed in the inner time):... abrupt change, with only the two states of void and vacuum, corresponding to zero and , respectively, and since the change in the outward time is zero, and here we also consider , since the apparent velocity does not change in this case, but we will also discuss relativistic mass in sectio ...
=> THE DOT POSTULATE - Method II (generating mass in the inner time):... s moving at an apparent (imaginary) velocity , so when these geometrical points are disentangled to remain at their real speed (of light), the mass converts back into energy while the apparent velocity does not change, because this process is happening in the inward levels of time wh ...
=> ULTIMATE SYMMETRY - III.2 Space-Time Diffeomorphism and
Mass-Energy Equivalence... e, where individually each point is massless and it is either at rest or moving at the speed of creation, but collectively they have some non-zero inertial mass , energy , and limited total apparent velocity , which can be calculated from equation 3.1. We also explained in section IV.4.2, ...
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.
