Controlling and regulating object teleportation in and out of space.

Teleporting into space will become a reality in the future, hopefully sooner than later with the information received from a Lockheed Skunk Works director. It certainly will be a tremendously less expensive, much more reliable and safer, however, how could we regulate it? Could anyone and everyone put objects into orbit? The answer is no, real object teleportation has some constraints.

The Lockheed director’s analogy, for military having the means getting to the stars, is using an ESP model of the Universe; ‘every point in space and time connected’, this scenario provides real object teleportation.

All objects at a particular point in space are already connected to every other space point (entire Universe), they are not physically there, just connected. In addition, since time is also connected, any transfer between these points would be instantaneous. To teleport then is to first initiate a transfer, select the new destination point, and terminate the transfer; just like ‘cut n paste’ on our technology screens.

The constraint lies with the technology to perform the transfer. First, the technology needs to be at both points (origin and destination); something needs to initiate it and something needs to terminate it. This being the method to both control and regulate real object teleportation; it is necessary to have complete control of the transfer. Nature could care less if your destination already has an object there, it will embed the two together; very apparent in tornados, an alleged naval experiment and elsewhere.

To teleport objects into earth orbit would require an orbital receiver(s) to terminate transfers coming into space, from there, these devices would navigate the objects to their desired orbit locations, i.e. fly them by remote control. These orbital receivers would be manned control centers, the controllers working shifts, very similar to air control operators today, but also with capability to remotely fly crafts. With the capability to manage satellites, they could be teleported back to earth for updates and repairs versus just adding to the debris already existing. Possibly even cleaning up some of the debris.

We are not talking decades or centuries to get to this place in time. I think the military may already have the technology to perform this, if not, it does exist today; one reason being the initiation technology existed over a hundred years ago. It does require the termination technology to be added and the technology to ensure the termination point is vacant before the transfer is initiated. Again, what is needed for private enterprises to gain this capability is the correct laboratory, the right scientists and the needed resources to develop the technology; with these ingredients, real object teleportation within a decade, possibly even first generation within this decade.