New warp drive research dashes faster than light travel dreams, but reveals stranger possibilities

First off, the physics from special relativity assumes wrongly that light is 3-dimensional and has a rear end to catch and just possibly to pass. It has no 3-dimensionality and no rear to it to catch or pass. It is strictly single-sided, strictly one sided, strictly oncoming 2-dimensional energy and, thus, time. All observers will only observe light oncoming to them and all travelers will do the same, including when they look to their rear. They will only observe light in series 'past', constantly in series 'past', not 'present', and certainly not 'future'.

Secondly the physicists, or at least one of the physicists, in this article assumes that actual travelers slow down in time the faster they travel, rather than the slowing down being an appearance to the distant observer due to the fact that light isn't instantaneous across distances. They, the physicists, here in this, actually assume instantaneousness to the speed of light across any distance whatsoever. That observers are never more distant from travelers than right there virtually holding hands with them. The constant of the speed of light means that it, not the traveler and his time, stretches out over increasing distances. It's time stretches out, which they, the physicists, fail to see or account for. Everything they attribute to the traveler is actually an attribute of the light -- to include the light imaging -- itself. The traveler, and his clock, is beyond all observers' observation. The only possible thing they can observe is a light image (a light-time ghost) of the traveler dragged and/or dragging across space and time. A physic I've never seen accounted for in anything whatsoever I've ever read. They've never accounted for the possibility of the observer seeing the traveler to possibly be observed to be in more places than one at the same time (two travelers, two clocks, two spaces, two times on that clock) a matter of the principle of uncertainty writ larger than the universe of the small. They, the physicists, refuse to even see the time frames of the light itself because they have designated light to cross all distance instantaneously allowing them in their pictures of things physical to observe the distant traveler and his clock instantaneously with their reality at any distance. In other words, the map herein [is] the territory it maps as far as they are concerned. Even when they do good mapping they are often unable to do a good interpretation of the map.

Thirdly, in direct line with the above, concerning all travelers, all rear views are faster travels than the speed of light (the speed of light is not instantaneous across any distance whatsoever). That was not mentioned. All forward views are a catching up to time. Proxima Centauri is in no way seen in its real space, real time, reality from the Earth. That means that all travelers traveling to it from the Earth, no matter how fast or slow they would travel, would start out from the Earth behind the real space, real time, of a real Proxima Centauri. And would have to catch up to the real in both space and time. All arrivals at Proxima Centauri would be time reversal regarding any observations of the sun and Earth from Proxima Centauri, 3.8 to 4.2 or whatever the years would be. All contracted and gained space and time to the fore in catching up to the reality existing to the fore, by travelers, is lost in histories to the rear. There would be no contraction of real space between Sol and Proxima Centauri, and none observed as such by the traveler (observing a fast forwarding of time toward the reality of Proxima Centauri upon all approach to it). There would be no expansion of real space between Sol and Proxima Centauri behind the traveler, and none observed as such by the traveler (observing first a slowing down of time, graduating into a reversal of time, regarding Sol and the Earth to the rear). All of this would be the reality no matter if the traveler reached Proxima Centauri within a matter of hours after leaving Earth, or within a matter of 150 years after leaving the Earth.
 
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