
CONCLUSION
Once matter reaches C+, its frame of reference simply moves sufficiently far enough from the observer's frame of reference that it is no longer possible for conventional observations and communication. Most importantly, absolutely nothing is preventing this phase transition because absolutely nothing about the matter or object itself has actually changed. Exactly like Doppler’s experiments, the sound itself doesn't change, only its interaction with the stationary Observers frame of reference.
The speed of light is not an insurmountable barrier, but rather simply a phase transition between two frames of reference that have moved sufficiently far enough apart.
Much like virtual particles, matter with velocities near, and beyond the speed of light are indeed difficult to detect, however their effects are extremely profound. This is why the principle of C+ is continually verified by answering a vast array of physics questions with great precision. Additionally, the solving of the mystery of dark matter has incredibly far reaching applications.
With a thorough understanding of the principle of C+ we now are faced with answering some of nature’s truly most interesting riddles. These include accurately calculating the amount of Dark Matter that exists in the Universe, Quantum Entanglement, and the Heisenberg Quantum Mechanical Equations. Additionally, perhaps the most important, as well as the most genuinely profound implication of all, is the possibility of the answer to Gravity’s Riddle.
Countless volumes have been written describing Gravity in vast and seemingly endless detail. Yet, the actual simple mechanism has yet to be revealed. Could it merely exist within the realm of C+? Could it be, that this most simplest and all pervasive of entities, has its roots practically in front of our eyes, merely in just another reference frame? One so tantalizingly close that we can simply reach out and have it pass unassumingly through our hands...
GLOSSARY
[1] Phase Transition: The transition between frames of reference. It is the physical process of a transition between one state of a medium and another state.
[2] Gray Area: A region of velocity starting slightly before, and ending slightly after the speed of light. Similar to the transitional zone between subsonic and supersonic.
[3] Apparent Mass: The ability of matter to perform work. A good example being the ability of infrared radiation to heat versus X-rays passing through mater.
[4] C+ Transparency: Actual physical and optical properties of mater as it transitions beyond the speed of light.