
Photon Entanglement over the Fiber-Optic Network
Quantum entanglement—where two particles belong to one state and thus act in concert even when separated over a vast distance—may yield unconditionally secure cryptographic systems, something not feasible today.
But will an entangled quantum state survive over the fiber-optic network?
Experiments being conducted at AT&T Research are starting to reveal answers, and helping scientists and engineers take the next steps toward harnessing quantum powers for real-world applications. Read more
Technical Documents
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Sylvia Halasz, Philip Brown, Cem Oktay, Arif Alper Cevik, Isa Kilicaslan, Colin Goodall, Dennis Cochrane, Tom Fowler, Guy Jacobson, Simon Tse, John Allegra
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Graham Cormode, Cecilia Procopiuc, Divesh Srivastava, Grigory Yaroslavtsev
Yank: Enabling Green Data Centers to Pull the Plug
Kadangode Ramakrishnan, Univ. of Massachusetts Rahul Singh, Univ. of Massachusetts David Irwin, Univ. of Massachusetts Prashant Shenoy
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