Evolving Quantum circuits - Portland State University
... primitive matrices are reached. This problem is very difficult to solve in such basic formulation and therefore several special optimization methods have been and are being developed for binary QC, especially in the last 5 years. No such efforts are known for MV QC, so far. Probabilistic calculation ...
... primitive matrices are reached. This problem is very difficult to solve in such basic formulation and therefore several special optimization methods have been and are being developed for binary QC, especially in the last 5 years. No such efforts are known for MV QC, so far. Probabilistic calculation ...
Quantum Computing with Quantum Dots
... out how grotesque a misuse of the english language this name is [8]. Information processing is performed on an array of qubits through a series of two-qubit and single-qubit gates. This process is similar to how boolean bits are operated on by logic gates in classical computing. There are several qu ...
... out how grotesque a misuse of the english language this name is [8]. Information processing is performed on an array of qubits through a series of two-qubit and single-qubit gates. This process is similar to how boolean bits are operated on by logic gates in classical computing. There are several qu ...
computing
... The first one can represent, for example, the number 3 (in binary) and the second one the number 7. In general three physical bits can be prepared in 23 = 8 different configurations that can represent, for example, the integers from 0 to 7. However, a register composed of three classical bits can st ...
... The first one can represent, for example, the number 3 (in binary) and the second one the number 7. In general three physical bits can be prepared in 23 = 8 different configurations that can represent, for example, the integers from 0 to 7. However, a register composed of three classical bits can st ...
available here - Centre for High Energy Physics
... throughout the Hilbert space. The algorithm is then the discrete Trotter’s formula, generated by exponentiating the two terms in the Hamiltonian [17]. • Grover search does not require the full power of quantum dynamics and can be implemented using any system that obeys the superposition principle. E ...
... throughout the Hilbert space. The algorithm is then the discrete Trotter’s formula, generated by exponentiating the two terms in the Hamiltonian [17]. • Grover search does not require the full power of quantum dynamics and can be implemented using any system that obeys the superposition principle. E ...
New constructions for Quantum Money
... being in the same time consistent with the previous queries; e.i. on the same query it returns the same answer. One-time memories are a very natural special case of quantum retrieval games and, thus, our construction is a simple modification of our secret-key scheme. In our construction we also make ...
... being in the same time consistent with the previous queries; e.i. on the same query it returns the same answer. One-time memories are a very natural special case of quantum retrieval games and, thus, our construction is a simple modification of our secret-key scheme. In our construction we also make ...
Quantum cryptography
... will be briefly presented. will be presented in the next few slides. Quantum cryptography ...
... will be briefly presented. will be presented in the next few slides. Quantum cryptography ...
