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Scientists try to harness teleportation


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Space teleportation
What could teleportation do for future space endeavors?

"We can see the first glimmerings of teleportation in space exploration today," said Darling, responding to questions sent via e-mail by Space.com to his home office near Dundee, Scotland.

"Strictly speaking, teleportation is about getting from A to B without passing through the points between A and B. In other words, something dematerializes in one place, then simply rematerializes somewhere else," Darling said.

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Darling pointed out that the Spirit and Opportunity rovers had to get to Mars by conventional means. However, their mission and actions are controlled by commands sent from Earth.

"So by beaming up instructions, we effectively complete the configuration of the spacecraft. Also, the camera eyes and other equipment of the rovers serve as vicarious extensions of our own senses. So you might say the effect is as if we had personally teleported to the Martian surface," Darling said.

Spooky action at a distance
In the future it might be possible to assemble spacecraft "on-the-spot" using local materials. "That would be a further step along the road to true teleportation," Darling added.

Taking this idea to its logical endpoint is when nanotechnology enters the scene, Darling said.

When nanotechnology is mature, an automated assembly unit could be sent to a destination. On arrival, it would build the required robot explorer from the molecular level up.

"Bona fide quantum teleportation, as applied to space travel, would mean sending a supply of entangled particles to the target world, then use what Einstein called ‘spooky action at a distance’ to make these particles assume the exact state of another collection of entangled particles back on Earth," Darling speculated.

Doing so opens the prospect for genuinely teleporting a robot vehicle — or even an entire human crew — across interplanetary or, in the long run, across interstellar distances, Darling said.

"Certainly, if it becomes possible to teleport humans," Darling said, "you can envisage people hopping to the moon or to other parts of the solar system, as quickly and as easily as we move data around the Internet today."

UFO connection?
If indeed we are to become a space teleporting civilization, what about other advanced civilizations circling distant stars? Perhaps they have already mastered mass transportation via teleportation?

One might even be drawn to consider that mode of travel in connection with purported UFO visitation of Earth.

"Any strange comings and goings are candidates for teleportation, although you would obviously have to eliminate all mundane explanations first," Darling responded. "According to reports, some UFOs do appear and disappear quite abruptly, which would fit in with the basic idea of teleportation," he said.

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Darling said that interstellar teleportation would be one way to circumvent the light barrier, "although, as we understand the process now, you would need to make a sub-light trip first to set up the teleportation receiver and assembler at the destination."

Quantum teleportation, Darling pointed out, is the kind we can do at the subatomic level in the lab today. And that requires equipment at both ends to be able to work.

"Extraterrestrial intelligence that is thousands or millions of years ahead of us will certainly be teleportation experts," Darling advised, "if the technology can be implemented at the macroscopic biological level."

What possible outcome, then, from E.T. successfully tinkering with teleportation?

"We might expect advanced aliens to be occasionally beaming in to check on our progress as a species," Darling concluded.

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