Can we teleport a Big Mac using quantum technology?

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SUMMARY

The discussion centers on the feasibility of teleporting a Big Mac using quantum technology, referencing the successful teleportation of photons and atoms. Participants highlight that while teleportation of individual particles has been achieved, it involves destroying the original particle and using quantum entanglement to reconstruct it at the destination. The Australian team's development of a teleportation technique is noted as a significant advancement in this field. The conversation also touches on the relationship between quantum entanglement and teleportation, emphasizing their interconnectedness in quantum mechanics.

PREREQUISITES
  • Understanding of quantum mechanics (QM) principles
  • Familiarity with quantum entanglement
  • Knowledge of photon teleportation techniques
  • Basic grasp of particle physics and its applications
NEXT STEPS
  • Research the Australian team's teleportation technique and its implications
  • Study the principles of quantum entanglement in detail
  • Explore the differences between quantum teleportation and classical teleportation
  • Investigate the current state of quantum computing and its potential applications
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Physicists, quantum computing enthusiasts, and anyone interested in the intersection of quantum mechanics and theoretical applications in technology.

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This is probably not theoretical anymore, since it is possible to teleport a photon 1 m far ( since last I checked ). This could not be done however without destroying the photon at the starting end. They had to record the quantum state of the particle and send it to the receiving end. After which it was reassembled by means of this "quantum record". What I want to know is, do you think it is possible to record the quantum state of a Big Mac and have my "replicator" (Star Trek dejavu) assemble one for me?

*Edit : Found info on the physics section of Yahoo
 
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Physics news on Phys.org
whoa, whoa... back up.
I've heard nothing about the teleportation of a photon. give me a link.
 
The Ausies did it! Just a couple months before they flew the first successfull hypersonic jet engine.

Criky, a right dinky-dee bit o' physics dem blokes is pullin', eh gov'na?!
 
Whoa, a bit out of date. We've 'teleported' 1 trillion atoms.

http://www.aip.org/enews/physnews/2001/split/558-1.html
 
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Does this quantum entangling hhave anything to do with string theory?
 
Originally posted by RuroumiKenshin
Does this quantum entangling hhave anything to do with string theory?

No, it is a QM effect.
 
Originally posted by Brad_Ad23
Whoa, a bit out of date. We've 'teleported' 1 trillion atoms.

http://www.aip.org/enews/physnews/2001/split/558-1.html

No teleportation took place there; just entanglement.

There have been other experiments that partially or possibly teleported individual particles, but the Australian team was the first to develope a real teleportation technique.
 
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Entanglement and teleportation are very related phenomenon actually. Yes they are separate entities, but when you get to macroscopic sizes, entanglement is what you have to do to get teleportation.


edit:

If you read the link about the aussies, you will see that is what they did also, they used entanglement.
 
Could some one explain what entanglement is? Thanks.
 
  • #10
hmmmm.

it's a little to sketchy for me... i think i don't understand QM well enough to make a sound judgement on this on.
 
  • #11
http://www.mtnmath.com/whatth/node54.html
 

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