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    Fundamentals of quantum information - Quantum mechanics allows information to be processed and transmitted more efficiently than with classical computer and communication systems. (Englisch)

    In: Physics world ; 11 , 3 ; 35-40 ; 1998
    • ISSN:
      0953-8585
    • Aufsatz (Zeitschrift)  /  Print

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    Inhaltsverzeichnis – Band 11, Ausgabe 3

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    3
    ITER must make its case
    | 1998
    5
    Gain seen in atom lasers, printers put the colour in devices, G hangs in the balance
    | 1998
    7
    ITER delayed, Gemini welcomes Australia, budget boost for US science, Foresight in Germany, threat to 5th Framework, letters from Fermi rediscovered
    | 1998
    14
    French science in a state of flux
    Sanders, Emma et al. | 1998
    17
    Can the Internet cope?
    Williams, David et al. | 1998
    17
    2005: a pause for silicon
    Kelly, Mike et al. | 1998
    23
    LETTERS
    | 1998
    27
    PHYSICS IN ACTION -- New routes to microdrops, synchrotrons improve radiology, condensate in liquid helium revealed, Pauli principle combats quantum noise
    | 1998
    33
    QUANTUM INFORMATION
    | 1998
    35
    Fundamentals of quantum information - Quantum mechanics allows information to be processed and transmitted more efficiently than with classical computer and communication systems.
    Zeilinger, Anton et al. | 1998
    41
    Quamtum computation - How can you be sure that a secret message sent over the Internet has not been read by an outsider?
    Tittel, Wolfgang et al. | 1998
    41
    Quantum cryptography: How messages made up of quantum bits would betray an eavesdropper
    Tittel, W. / Ribordy, G. / Gisin, N. et al. | 1998
    47
    Quantum computation - The power and processing speed of quantum computers are predicted to be far superior to those of their classical counterparts.
    Deutsch, David et al. | 1998
    47
    Quantum computation
    Deutsch, D. / Ekert, A. et al. | 1998
    53
    Decoherence: the obstacle to quantum computation. Despite the promise of quantum computers, their useful properties could be destroyed by a process known as decoherence
    DiVincenzo, D. / Terhal, B. et al. | 1998
    53
    Decoherence: the obstacle to quanbum computation - Despite the promise of quantum computers, their useful properties could be destroyed by a process known as decoherence.
    DiVincenzo, David et al. | 1998
    59
    Pluto's little secrets, materials: know your stuff, simulating the solid state
    | 1998
    65
    Superconducting futures for Europe
    Gough, C. et al. | 1998
    65
    PHYSICS COMMUNITY NEWS - Superconducting futures for Europe
    Gough, Colin et al. | 1998
    71
    INSTITUTE MATTERS - Take a new approach to your career
    Partridge, Susan et al. | 1998
    71
    Take a new approach to your career
    Partridge, S. et al. | 1998
    79
    NEW PRODUCTS
    | 1998
    82
    RECRUITMENT
    | 1998
    92
    LATERAL THOUGHTS - Electoral science
    Träbert, Elmar et al. | 1998

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