EntropySux
Chrono Cadet
IS MASS AN ILLUSION AND WHAT ARE THE IMPLICATIONS FOR TIME TRAVEL?
H. E. Puthoff, Alfonso Rueda, and Bernhard Haisch have used modern physics to argue that “the concept of mass may be neither fundamental nor necessary in physics.†[1]
From this perspective, Einstein’s famous formula (E = mc2) is not about the conversion of one fundamental thing, mass, into another fundamental thing, energy; but rather “a statement about how much energy is required to give the appearance of a certain amount of mass.†The obvious conclusion then is that “there is no such thing as mass; only electric charge and energy, which together create the illusion of mass.â€
They posit that “The physical universe is made up of massless electric charges immersed in a vast, energetic, all-pervasive electromagnetic field. It is the interaction of those charges and the electromagnetic field that creates the appearance of mass.â€
This means the apparent weight of any object thought of as having mass,is nothing more than the interaction of electric charges and an electromagnetic field. This is basically the same as in the concept of Superstrings, where theory suggests that the void (i.e. nothing) forms infinitesimally small strings which wink in and out of existence, but which when focused together begin to make up the so-called mass of elementary particles.
"Superstring theory incorporates Supersymmetry, a concept which predicts that each particle is accompanied by a superparticle with similar properties, except that the spin must differ by one half unit" [2] (i.e. 180 degrees out of phase).
According to relativistic restrictions, strings must be massless, with the ends of the strings moving at the speed of light. In order for the superstrings to represent particles with mass, the strings vibrate and rotate such that they generate a series of energy levels, just as a violin string has a series of notes.
With Einstein’s E = mc2, these energy levels become the associated masses of the particles. But then, (as has been pointed out by Puthoff et. al.), mass may be illusionary, not really exist at all, and simply be the manifestation of electrical charge. Einstein’s equation is valid only to the extent the illusion is valid.
The distinction between mass being real or illusion is important, in that it provides for gravitational theory to be united with electromagnetic and quantum theory in such a manner as to verify the reality of the “vast, energetic, all-pervasive electromagnetic field.†This field in turn provides a means for the interconnectedness of all things, a mechanism for the unspecified interaction of matter in Mach’s Principle, and the basis of Connective Physics.
Which all continue to point to the possibility that information/energy/mass can be transmitted instantaneously (and I'm talking Planckoseconds) to anywhere in the universe.
There goes locality and causality as a pair out the window and opens the doors for time travel theory. Alas, but what mechanical device can be created to take advantage of this situation?
References:
[1] H. E. Puthoff, Alfonso Rueda, and Bernhard Haisch, The Sciences (Vol 34, No 6, Nov/Dec 1994, pg 26-31).
[2] Harvey, J.A., “Superstrings,†Physics Today, January, 1987, pg S-27
H. E. Puthoff, Alfonso Rueda, and Bernhard Haisch have used modern physics to argue that “the concept of mass may be neither fundamental nor necessary in physics.†[1]
From this perspective, Einstein’s famous formula (E = mc2) is not about the conversion of one fundamental thing, mass, into another fundamental thing, energy; but rather “a statement about how much energy is required to give the appearance of a certain amount of mass.†The obvious conclusion then is that “there is no such thing as mass; only electric charge and energy, which together create the illusion of mass.â€
They posit that “The physical universe is made up of massless electric charges immersed in a vast, energetic, all-pervasive electromagnetic field. It is the interaction of those charges and the electromagnetic field that creates the appearance of mass.â€
This means the apparent weight of any object thought of as having mass,is nothing more than the interaction of electric charges and an electromagnetic field. This is basically the same as in the concept of Superstrings, where theory suggests that the void (i.e. nothing) forms infinitesimally small strings which wink in and out of existence, but which when focused together begin to make up the so-called mass of elementary particles.
"Superstring theory incorporates Supersymmetry, a concept which predicts that each particle is accompanied by a superparticle with similar properties, except that the spin must differ by one half unit" [2] (i.e. 180 degrees out of phase).
According to relativistic restrictions, strings must be massless, with the ends of the strings moving at the speed of light. In order for the superstrings to represent particles with mass, the strings vibrate and rotate such that they generate a series of energy levels, just as a violin string has a series of notes.
With Einstein’s E = mc2, these energy levels become the associated masses of the particles. But then, (as has been pointed out by Puthoff et. al.), mass may be illusionary, not really exist at all, and simply be the manifestation of electrical charge. Einstein’s equation is valid only to the extent the illusion is valid.
The distinction between mass being real or illusion is important, in that it provides for gravitational theory to be united with electromagnetic and quantum theory in such a manner as to verify the reality of the “vast, energetic, all-pervasive electromagnetic field.†This field in turn provides a means for the interconnectedness of all things, a mechanism for the unspecified interaction of matter in Mach’s Principle, and the basis of Connective Physics.
Which all continue to point to the possibility that information/energy/mass can be transmitted instantaneously (and I'm talking Planckoseconds) to anywhere in the universe.
There goes locality and causality as a pair out the window and opens the doors for time travel theory. Alas, but what mechanical device can be created to take advantage of this situation?
References:
[1] H. E. Puthoff, Alfonso Rueda, and Bernhard Haisch, The Sciences (Vol 34, No 6, Nov/Dec 1994, pg 26-31).
[2] Harvey, J.A., “Superstrings,†Physics Today, January, 1987, pg S-27