FPGA emulation of quantum circuits
... There is an increased interest in quantum computing and algorithms [5]. Many quantum algorithms outperform their classical counterparts through parallelism that is impossible in classical computing. Such algorithms use physical effects like entanglement and super-position to achieve the speedup. The ...
... There is an increased interest in quantum computing and algorithms [5]. Many quantum algorithms outperform their classical counterparts through parallelism that is impossible in classical computing. Such algorithms use physical effects like entanglement and super-position to achieve the speedup. The ...
BLIND QUANTUM COMPUTATION 1. Introduction and Background
... The result is similar for X rotations. Now, the |+α i initialized qubit is a part of the initial brickwork state. If this state is supplied to the server by the client with a random α ∈ nπ/4 for n ∈ Z, the server cannot measure the value of α. The client then knows the offset that this phase will gi ...
... The result is similar for X rotations. Now, the |+α i initialized qubit is a part of the initial brickwork state. If this state is supplied to the server by the client with a random α ∈ nπ/4 for n ∈ Z, the server cannot measure the value of α. The client then knows the offset that this phase will gi ...
Universal quantum interfaces
... In Ref. 关6兴, it is shown how one can perform any desired generalized measurement corresponding to Kraus operators 兵 A k 其 by making a series of such two-outcome measurements. An important distinction between the construction in Ref. 关6兴 and ours is that we do not need the system S to be directly con ...
... In Ref. 关6兴, it is shown how one can perform any desired generalized measurement corresponding to Kraus operators 兵 A k 其 by making a series of such two-outcome measurements. An important distinction between the construction in Ref. 关6兴 and ours is that we do not need the system S to be directly con ...
Triple to quintuple quantum dots for making multiple qubits
... individual dopants have received considerable attention because of the promise for new functionalities in quantum electronics. Silicon offers a particularly interesting platform for single dopants because when isotopically purified, silicon acts as a “semiconductor vacuum” for spin, giving it extrao ...
... individual dopants have received considerable attention because of the promise for new functionalities in quantum electronics. Silicon offers a particularly interesting platform for single dopants because when isotopically purified, silicon acts as a “semiconductor vacuum” for spin, giving it extrao ...
Quantum Rotations: A Case Study in Static and Dynamic Machine
... about all “practical” quantum algorithms. We describe each algorithm briefly below and summarize our analysis of these benchmarks in Table 1. The number of Lines of Scaffold code is provided for each benchmark to give a sense of coding complexity. The resource requirements of each algorithm depend o ...
... about all “practical” quantum algorithms. We describe each algorithm briefly below and summarize our analysis of these benchmarks in Table 1. The number of Lines of Scaffold code is provided for each benchmark to give a sense of coding complexity. The resource requirements of each algorithm depend o ...
Quantum Computer Compilers
... QIR: quantum intermediate representation QASM: quantum assembly language QPOL: quantum physical operations language ...
... QIR: quantum intermediate representation QASM: quantum assembly language QPOL: quantum physical operations language ...
Physics from Computer Science — a position statement —
... that is, natural computation, with, of course, quantum computation as a special case. But there is more. Our joint research is both research on semantics for distributed and hybrid non-von Neumann architectures, and on the axiomatic foundations of physical theories. This dual character of our work c ...
... that is, natural computation, with, of course, quantum computation as a special case. But there is more. Our joint research is both research on semantics for distributed and hybrid non-von Neumann architectures, and on the axiomatic foundations of physical theories. This dual character of our work c ...
