Spacetime: A Distinct Medium

Abstract

String experimentation has allowed for the observation in the laboratory of a D-brane with an open string for visible light (Tahan 2011). Events in experiments when the best defined, largest D-brane appeared suggested the subsistence of a separate medium that was concluded to be spacetime since no other extra-dimensional environment in which light travels could be imagined. Specifically, a high gravitational area in the tube of the set-up rotating and consequently dragging the background in which the light existed causing deformation of the D-brane with the open string (Tahan 2011) triggered the idea of an additional setting. The observation was in addition to an initial pushing influence that was later concluded to have affected the medium thereby exposing the D-brane and open string by seemingly stopping the laser light in place, rather than having influenced the light directly. This manuscript discusses environmental conditions in experiments that substantiated existence of a distinct medium. Understanding spacetime as a particular extra-dimensional environment does not require the altering of Special or General Relativity since related laws do not change. This paper is not reintroducing the classical, absolute aether but is expressing the existence of a general relativity aether or spacetime; the same explanations for mass influencing spacetime particularly for gravity do not change. This work simply proposes spacetime to be a tangible environment to which properties can be transferred.

Superstring Symmetry Breaking Through Induced String Vibrations

“…2; D-brane was a surprise. By that, though the pushing influence was known and concluded likely to involve the graviphoton, the influence on spacetime thereby allowing for the observation of the D-brane with the open string was unimagined and particularly due to the largeness of the structure led to the understanding of spacetime to be a distinct medium to which properties can be transferred (Tahan 2015). Conclusions regarding branes were unanticipated when envisioning the possibility of an experiment.…”

“…The release of superparticles and gravitons by the evaporating high gravitational areas, most precisely string black holes, can be considered a reconciling of quantum mechanics and gravity (Aharony, Gubser, Maldacena, Ooguri, & Oz 2000). Apart from having explained that the size of the largest D-brane with an open string was due to evaporation of, radiated energy from, the biggest black hole in trials thereby demonstrating spacetime to be a specific medium and being supportive of AdS/CFT correspondence (Tahan 2015), the string black holes resolve the information paradox. Additionally, the black holes suggested that singularities need not exist.…”

“…curving of spacetime by the tube in trials. Specifically, the ability to access the fifth dimension through Hydrogen can be understood to have been possible because of an underlying universal symmetry based on the string--apparent in the proton but understood throughout Nature if accepting the ubiquitous and consistent nature of spacetime (Tahan 2015), a unified field from which other fields emerge. Gravitons, more accurately supergravity, should not be considered apart from spacetime and vice versa.…”

“…The black line on the red line that represents the path of the laser to the tube provides an idea of the location where D-branes appeared, approximately .01-.02m from the graphite tube. In other words, the D-brane with an open string for the laser light in the middle of the third picture, a frame from a video, can be considered to have been recorded at the black line position due to influences from the tube affecting spacetime (Tahan 2011(Tahan , 2015. The curved light near the upper right corner of the third picture is the laser light bending around the graphite tube, the light having been initially a red line or dot (Tahan 2011).…”

“…energies of the bodies--completely dissipate to surroundings. The transient nature was understood by observing the influence the tube had on its environment, especially when considering the contribution of energy from the greatest high gravitational area--black hole--when the largest D-brane with an open string was observed (Tahan 2015).…”