@techreport{oai:kumadai.repo.nii.ac.jp:00021433,
 author = {元吉, 明夫 and Motoyoshi, Akio and 米田, 哲也 and Yoneda, Tetsuya and 松岡, 正浩 and Matsuoka, Masahiro and 米田, 哲也 and 元吉, 明夫 and Motoyoshi, Akio and 松岡, 正浩 and Matsuoka, Masahiro and 元吉, 明夫 and Motoyoshi, Akio and 米田, 哲也 and Yoneda, Tetsuya and 松岡, 正浩 and Matsuoka, Masahiro},
 month = {Mar},
 note = {application/pdf, 研究報告書, Up to now there seem to be no phenomenon which contradicts quantum theory. Moreover, recently, new applications of quantum mechanics are expected in an area known as quantum communication, cryptography and computation. In the quantum information processing of these applications, the EPR correlation arisen from the maximally entangled states among constituent particles acts an essential and indispensable role. Therefore, thorough understanding of these maximally entangled states is necessary both for the establishment of the foundation of quantum mechanics and for these applications. In this talk, we want to report our recent investigations on the EPR problem, teleportation and quantum communication with their experimental implementations.},
 title = {Entangled States, EPR Problem -Teleportation and Quantum Communication-},
 year = {1999},
 yomi = {モトヨシ, アキオ and ヨネダ, テツヤ and マツオカ, マサヒロ and モトヨシ, アキオ and マツオカ, マサヒロ and モトヨシ, アキオ and ヨネダ, テツヤ and マツオカ, マサヒロ}
}