Teleportation Progress

You heard that right. And it is not tinfoil hat stuff. It is from reputable scientists.

It makes intuitive sense that if superconductors can carry currents with zero resistance, then superconducting light emitting diodes might do their stuff with equally amazing efficiency.

But superconducting LEDs are not only bright, they are brighter than anyone can explain, even after taking superconductivity into account. Now a team of Japanese theorists seems to have figured out the puzzle.

What does this have to do with teleportation?
This is exciting not just because superconducting LEDs will be bright but because Cooper pairs can also produce entangled pairs of photons. That raises the prospect of intense sources of entangled pairs, the likes of which physicists have not yet seen. And that could be hugely useful for everything from quantum communication to quantum teleportation.
That is still a long long ways from a Star Trek Transporter Room. But it is definitely a step in that direction.

For those of you interested in some of the more technical details and a nice graphic RTWT.

Cross Posted at Power and Control

posted by Simon on 05.14.09 at 01:58 PM





TrackBack

TrackBack URL for this entry:
http://classicalvalues.com/cgi-bin/pings.cgi/8251






Comments

Teleportation would require the conversion of mass to energy (as photons) and energy back to mass.

All the electricity used by the population of the US for a year could be made from about 2 tonnes of matter converted into energy assuming 100% efficiency.

Hence to teleport a human would need the disintergration of about 40 lbs of mass or 20 nuclear power plants working for a month.

Ergo, to ever teleport significant masses, we would have to have had developed HUGE new energy resources.

Whitehall   ·  May 15, 2009 05:26 PM

June 2009
Sun Mon Tue Wed Thu Fri Sat
  1 2 3 4 5 6
7 8 9 10 11 12 13
14 15 16 17 18 19 20
21 22 23 24 25 26 27
28 29 30        

ANCIENT (AND MODERN)
WORLD-WIDE CALENDAR


Search the Site


E-mail



Classics To Go

Classical Values PDA Link



Archives



Recent Entries



Links



Site Credits