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creates |
overcome |
technologies |
efforts |
manipulate |
combines |
operates |
entangle |
utilized |
contract |
unaffected |
realizing |
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related documents |
Anyons from non-solvable finite groups are sufficient for universal
quantum computation [0206128v2] |
Synthesizing arbitrary two-photon polarization mixed states [0501115v1] |
Time reversal and exchange symmetries of unitary gate capacities [0511219v3] |
Spectral implementation of some quantum algorithms by one- and
two-dimensional nuclear magnetic resonance [0503101v1] |
Resource-efficient linear optical quantum computation [0405157v2] |
Practical quantum repeaters with linear optics and double-photon guns [0203134v1] |
Encoded Recoupling and Decoupling: An Alternative to Quantum Error
Correcting Codes, Applied to Trapped Ion Quantum Computation [0211088v1] |
Creation of macroscopic superposition states from arrays of
Bose-Einstein condensates [0608242v1] |
"Spectral Implementation" for creating a labeled pseudo-pure state and
the Bernstein-Vazirani's algorithm in a four-qubit nuclear magnetic resonance
quantum processor [0202008v2] |
Quantized Rotation of Atoms From Photons with Orbital Angular Momentum [0607171v2] |
Perfect Cluster States from Imperfect Global Entanglement [0605244v3] |
Time and Information, The Origins of 'Time' from Information Flow In
Causal Networks and Complex Systems [0111025v2] |
The non-local content of quantum operations [0005102v1] |
Creating superpositions that correspond to efficiently integrable
probability distributions [0208112v1] |
Spin-1/2 particles moving on a 2D lattice with nearest-neighbor
interactions can realize an autonomous quantum computer [0506270v2] |
Theory of quantum radiation observed as sonoluminescence [9506024v1] |
Generalized decoding, effective channels, and simplified security proofs
in quantum key distribution [0505061v3] |
Non-local Operations: Purification, storage, compression, tomography,
and probabilistic implementation [0012148v1] |
Quantum Digital Signatures [0105032v2] |
Fault-tolerant quantum repeaters with minimal physical resources, and
implementations based on single photon emitters [0502112v1] |
|
related topics |
{qubit, qubits, gate} |
{state, phys, rev} |
{photon, photons, single} |
{entanglement, phys, rev} |
{alice, bob, state} |
{wave, scattering, interference} |
{time, systems, information} |
{light, field, probe} |
{spin, pulse, spins} |
{trap, ion, state} |
{cavity, atom, atoms} |
{state, states, entangled} |
{key, protocol, security} |
{field, particle, equation} |
{time, wave, function} |
{theory, mechanics, state} |
{energy, state, states} |
{state, states, coherent} |
{particle, mechanics, theory} |
{let, theorem, proof} |
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