Friday, March 5, 2010
Course 3 on Lorentz-Four-Contractions, Session 8, Part 1
So, the relative time and length of any material object when it is moving as a unit varies as the object travels at different speeds. The changes in relative time and length, however, are not significant unless the given object goes either from a "common" speed to near light speed, or from near light speed to a common speed. If an individual in a spaceship was traveling near light speed, and another person was somehow able to measure its length as it went by, the person measuring the length of the ship would measure the ship to have a relatively short length, while the individual who was in the ship would ascertain the length of the ship to be at the same length that it had before it took off. So, the length that is measured by a person who is not moving very fast of something that is moving near light speed is shorter than what is observed by the one moving very fast, and the time that one notices in the fast moving object is smaller than the time observed by the one not moving very fast, according to the equation given last week. Yet, this is as measured by one who is stationary. Yet, the time and length of an object that is going near light speed still seems normal to the person who is traveling in that object, as long as that person is not theoretically moving at light speed. At light speed, one would not notice time passing. So, what the actual time elapsed is for an object as well as what its actual length is is not concrete! What something's length and time are is an actual entity, yet the amplitude of these parameters not only is dependent upon the existence and shape and form of the object, yet also upon how fast that object is moving in a given direction. Why direction too? This is because detection requires the existence of light, and if an object is traveling in different directions, then the object is also altering its way of being detected.
Wednesday, March 3, 2010
Solutions For Test 1 of Course 3, Part 3
7) Light must scatter so that a form of light named infrared energy or heat may be effectual upon the phenomena that the light scatters upon. Such infrared energy allows molecules to move so that there may be physical differentiation of mass, and therefore so that energy may time-wise codifferentiate with other phenomena so that phenomena may exist at all.
8) A beam of light is the quantization of two or more photons.
9) If one were to view space-time from beyond space-time, it would appear as a toroidal disc.
10) Electrons associate light and matter inextricably.
11) Matter varies in length, time, and mass relative to light. Such an effect relates to the delineation of the energy that an associated mass will have.
12) If motion didn't differentiate time-wise, it would no longer be action, and reality would cease. If motion didn't codifferentiate, phenomena wouldn't be able to interact. If phenomena didn't interact, these phenomena would fly apart to where there would be organization of reality.
8) A beam of light is the quantization of two or more photons.
9) If one were to view space-time from beyond space-time, it would appear as a toroidal disc.
10) Electrons associate light and matter inextricably.
11) Matter varies in length, time, and mass relative to light. Such an effect relates to the delineation of the energy that an associated mass will have.
12) If motion didn't differentiate time-wise, it would no longer be action, and reality would cease. If motion didn't codifferentiate, phenomena wouldn't be able to interact. If phenomena didn't interact, these phenomena would fly apart to where there would be organization of reality.
Solutions For Test 1 of Course 3, Part 2
4) Without electric and magnetic fields, there would be no angular momentum which is drive in a transversel direction. Without magnetic fields, their would be no radial spin-orbital momentum, which is the radial drive of oscillation.
5) Plain motion of discrete material is the quantum action of that material as measured in Planck Phenomena. Light is plain energy that fluctuates in its electric and magnetic fields.
6) All motion is relative to light because light is the result of the giving off of the residual energy of point mass, which is needed so that energy levels mat by stable. Electrodynamic masses are what we come in contact with when we associate with matter, and so the differentiation through time of mass with its residual effect when stabilizing in its energy level is a relation that is covariant so that mass-indices when effectual may allow for energy to exist in static equilibrium so that matter may exist. Also, since light is the result of the recycling of differential phenomena, all motion exist relative to light.
5) Plain motion of discrete material is the quantum action of that material as measured in Planck Phenomena. Light is plain energy that fluctuates in its electric and magnetic fields.
6) All motion is relative to light because light is the result of the giving off of the residual energy of point mass, which is needed so that energy levels mat by stable. Electrodynamic masses are what we come in contact with when we associate with matter, and so the differentiation through time of mass with its residual effect when stabilizing in its energy level is a relation that is covariant so that mass-indices when effectual may allow for energy to exist in static equilibrium so that matter may exist. Also, since light is the result of the recycling of differential phenomena, all motion exist relative to light.
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