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- Quantum_energy_teleportation abstract "Quantum energy teleportation, a hypothesis first put forward by Japanese physicist Masahiro Hotta of Tohoku University, proposes that it may be possible to teleport energy by exploiting quantum energy fluctuations of an entangled vacuum state of a quantum field. The hypothesis proposes that energy may be injected into a zero-point fluctuation of the field at one place, and extracted from a fluctuation at another place. Even for interstellar distance energy transfer, the amount of teleported energy is nonzero, but negligibly small. In contrast, the teleportation protocol will be effective in small quantum worlds of nanoscale devices like quantum computers.The idea is a continuation of work by computer scientist Charles H. Bennett on quantum teleportation C.H. Bennett, et al. in 1993 and experimentally confirmed by various experiments in the following years. Protocols of the quantum teleportation transfer quantum information, but cannot teleport energy itself.".
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- Quantum_energy_teleportation wikiPageLength "7341".
- Quantum_energy_teleportation wikiPageOutDegree "13".
- Quantum_energy_teleportation wikiPageRevisionID "679027896".
- Quantum_energy_teleportation wikiPageWikiLink C.H._Bennett.
- Quantum_energy_teleportation wikiPageWikiLink Category:Quantum_information_science.
- Quantum_energy_teleportation wikiPageWikiLink Category:Theoretical_physics.
- Quantum_energy_teleportation wikiPageWikiLink Faster-than-light.
- Quantum_energy_teleportation wikiPageWikiLink Ground_state.
- Quantum_energy_teleportation wikiPageWikiLink LOCC.
- Quantum_energy_teleportation wikiPageWikiLink Masahiro_Hotta.
- Quantum_energy_teleportation wikiPageWikiLink Quantum_Hall_effect.
- Quantum_energy_teleportation wikiPageWikiLink Quantum_computers.
- Quantum_energy_teleportation wikiPageWikiLink Quantum_computing.
- Quantum_energy_teleportation wikiPageWikiLink Quantum_entanglement.
- Quantum_energy_teleportation wikiPageWikiLink Quantum_teleportation.
- Quantum_energy_teleportation wikiPageWikiLink Superluminal.
- Quantum_energy_teleportation wikiPageWikiLink Tohoku_University.
- Quantum_energy_teleportation wikiPageWikiLink Zero-point_energy.
- Quantum_energy_teleportation wikiPageWikiLinkText "Quantum energy teleportation".
- Quantum_energy_teleportation hasPhotoCollection Quantum_energy_teleportation.
- Quantum_energy_teleportation wikiPageUsesTemplate Template:Physics-stub.
- Quantum_energy_teleportation wikiPageUsesTemplate Template:Unclear.
- Quantum_energy_teleportation subject Category:Quantum_information_science.
- Quantum_energy_teleportation subject Category:Theoretical_physics.
- Quantum_energy_teleportation type Article.
- Quantum_energy_teleportation type Article.
- Quantum_energy_teleportation type Mechanic.
- Quantum_energy_teleportation type Physic.
- Quantum_energy_teleportation type Theory.
- Quantum_energy_teleportation comment "Quantum energy teleportation, a hypothesis first put forward by Japanese physicist Masahiro Hotta of Tohoku University, proposes that it may be possible to teleport energy by exploiting quantum energy fluctuations of an entangled vacuum state of a quantum field. The hypothesis proposes that energy may be injected into a zero-point fluctuation of the field at one place, and extracted from a fluctuation at another place.".
- Quantum_energy_teleportation label "Quantum energy teleportation".
- Quantum_energy_teleportation sameAs m.0g5sxv4.
- Quantum_energy_teleportation sameAs Q7269043.
- Quantum_energy_teleportation sameAs Q7269043.
- Quantum_energy_teleportation wasDerivedFrom Quantum_energy_teleportation?oldid=679027896.
- Quantum_energy_teleportation isPrimaryTopicOf Quantum_energy_teleportation.