Interconnection Networks for Scalable Quantum Computers
... While a million bits of storage is not particularly large by classical silicon standards, it is large when taking into account the degradation of state experienced by a qubit through movement. As discussed in Section 4, for instance, a qubit in an Ion-Trap computer experiences a probability of corru ...
... While a million bits of storage is not particularly large by classical silicon standards, it is large when taking into account the degradation of state experienced by a qubit through movement. As discussed in Section 4, for instance, a qubit in an Ion-Trap computer experiences a probability of corru ...
New Class of Quantum Error-Correcting Codes for a Bosonic Mode
... Continuous-variable quantum information processing using bosonic modes [1–8] offers an attractive alternative to two-level qubits. In practice, hybrid systems containing fixed qubits, photons trapped in resonators, as well as flying photon qubits will likely be essential to realistic architectures f ...
... Continuous-variable quantum information processing using bosonic modes [1–8] offers an attractive alternative to two-level qubits. In practice, hybrid systems containing fixed qubits, photons trapped in resonators, as well as flying photon qubits will likely be essential to realistic architectures f ...
Development of semi-classical and quantum tools for the
... Electronics surrounds many aspects of our everyday life. The progress of our actual society is somehow ultimately linked to the progress of electronics. Such progress demands smaller and faster devices. Therefore, the simulations tools needed to be able, to understand the behavior of emerging electr ...
... Electronics surrounds many aspects of our everyday life. The progress of our actual society is somehow ultimately linked to the progress of electronics. Such progress demands smaller and faster devices. Therefore, the simulations tools needed to be able, to understand the behavior of emerging electr ...
lecture 2 not ready - Villanova Department of Computing Sciences
... Defining the Learning Task Improve on task, T, with respect to performance metric, P, based on experience, E. T: Playing checkers P: Percentage of games won against an arbitrary opponent E: Playing practice games against itself T: Recognizing hand-written words P: Percentage of words correctly clas ...
... Defining the Learning Task Improve on task, T, with respect to performance metric, P, based on experience, E. T: Playing checkers P: Percentage of games won against an arbitrary opponent E: Playing practice games against itself T: Recognizing hand-written words P: Percentage of words correctly clas ...
Lecture 7: Shor`s Factorisation Algorithm Introduction The Factoring
... • There are several causes of potential error ...
... • There are several causes of potential error ...
Quiet Readout of Superconducting Flux States
... decoherence due to environmental noise, but back action from the required measuring device and intrinsic noise in the qubit itself results in decoherence that must be quantified and reduced. A dc Superconducting QUantum Interference Device (SQUID), which involves two Josephson junctions connected i ...
... decoherence due to environmental noise, but back action from the required measuring device and intrinsic noise in the qubit itself results in decoherence that must be quantified and reduced. A dc Superconducting QUantum Interference Device (SQUID), which involves two Josephson junctions connected i ...
Spin-based quantum computers made by chemistry: hows and whys†
... it will be the key that unlocks the QIPS door (and doubtless many other doors as well). Concerning the second question—so far the most successful designs for QIPS have been made from ion traps,1 but it is not yet clear how one might scale these up to the larger systems, involving many entangled qubi ...
... it will be the key that unlocks the QIPS door (and doubtless many other doors as well). Concerning the second question—so far the most successful designs for QIPS have been made from ion traps,1 but it is not yet clear how one might scale these up to the larger systems, involving many entangled qubi ...
