Quantum process tomography of two-qubit controlled-Z
... on excellent control of the underlying quantum system.1 Reasonable control has been achieved with a variety of quantum systems with superconducting qubits emerging as one of the most promising candidates.2 Recent experiments using superconducting architectures include demonstrations of quantum algor ...
... on excellent control of the underlying quantum system.1 Reasonable control has been achieved with a variety of quantum systems with superconducting qubits emerging as one of the most promising candidates.2 Recent experiments using superconducting architectures include demonstrations of quantum algor ...
"Rovelli's World"
... “observer” in the sense in which it is conventionally used in Galilean relativity when we say that an object has a velocity “with respect to a certain observer”. The observer can be any physical object having a definite state of motion. For instance, I say that my hand moves at a velocity v with res ...
... “observer” in the sense in which it is conventionally used in Galilean relativity when we say that an object has a velocity “with respect to a certain observer”. The observer can be any physical object having a definite state of motion. For instance, I say that my hand moves at a velocity v with res ...
Quantum Computation, Quantum Theory and AI
... theory married with computer science, another great intellectual triumph of the 20th century and the new subject of quantum computation was born. Quantum computers were first envisaged by Nobel Laureate physicist Feynman [47] in 1982. He conceived that no classical computer could simulate certain q ...
... theory married with computer science, another great intellectual triumph of the 20th century and the new subject of quantum computation was born. Quantum computers were first envisaged by Nobel Laureate physicist Feynman [47] in 1982. He conceived that no classical computer could simulate certain q ...
Physical Entanglement in Permutation
... well-known (the first is a Theorem due to Gisin 1991); under (ii) they are not known. Proving the first biconditional under construal (ii) is the main work of this paper. It will be crucial to this proof that a couple of other concepts be understood rather differently, in a permutation-invariant set ...
... well-known (the first is a Theorem due to Gisin 1991); under (ii) they are not known. Proving the first biconditional under construal (ii) is the main work of this paper. It will be crucial to this proof that a couple of other concepts be understood rather differently, in a permutation-invariant set ...
Synthesising arbitrary quantum states in a
... of such superposed states, and their subsequent use, is the basis for quantum computation and simulation1 . Creating these complex superpositions in harmonic systems, such as the motional state of trapped ions2 , microwave resonators3–5 or optical cavities6 , has presented a significant challenge, b ...
... of such superposed states, and their subsequent use, is the basis for quantum computation and simulation1 . Creating these complex superpositions in harmonic systems, such as the motional state of trapped ions2 , microwave resonators3–5 or optical cavities6 , has presented a significant challenge, b ...
MODULE MAPS OVER LOCALLY COMPACT QUANTUM GROUPS
... be the convolution quantum group algebra of G. If we let C0 (G) be the reduced C ∗ -algebra associated with G, then its operator dual M (G) is a faithful completely contractive Banach algebra containing L1 (G) as an ideal. It has been shown in the recent work [26, 27, 29] that many important results ...
... be the convolution quantum group algebra of G. If we let C0 (G) be the reduced C ∗ -algebra associated with G, then its operator dual M (G) is a faithful completely contractive Banach algebra containing L1 (G) as an ideal. It has been shown in the recent work [26, 27, 29] that many important results ...
Quantum Annealing with Markov Chain Monte Carlo Simulations
... qubits |0 and |1. However, unlike classical computation where bits are either 0’s and 1’s and transistors can crunch the ones and zeroes individually, quantum computation allows qubits to encode ones and zeroes simultaneously through what is known as quantum superposition. A qubit can be realized ...
... qubits |0 and |1. However, unlike classical computation where bits are either 0’s and 1’s and transistors can crunch the ones and zeroes individually, quantum computation allows qubits to encode ones and zeroes simultaneously through what is known as quantum superposition. A qubit can be realized ...
Entanglement Criteria for Continuous
... parties to communicate two bits of information by transmitting only one bit by using the superdense coding protocol. Furthermore, there are a number of works which consider that entanglement is a crucial phenomenon in biological and chemical systems, e.g. the stability of DNA double helix [5]. Thus, ...
... parties to communicate two bits of information by transmitting only one bit by using the superdense coding protocol. Furthermore, there are a number of works which consider that entanglement is a crucial phenomenon in biological and chemical systems, e.g. the stability of DNA double helix [5]. Thus, ...
Three Myths About Time Reversal in Quantum Theory 1. Introduction
... What happens to an electron’s spin? Such questions demand a more robust way to understand the meaning of time reversal in quantum theory. It’s an important matter to settle, as the standard mathematical definition of time reversal plays a deep role in modern particle physics. One would like to have ...
... What happens to an electron’s spin? Such questions demand a more robust way to understand the meaning of time reversal in quantum theory. It’s an important matter to settle, as the standard mathematical definition of time reversal plays a deep role in modern particle physics. One would like to have ...
INCT_IQ_ENG_1 - Instituto de Física / UFRJ
... tasks in information processing. Ten years later, more concrete ideas in this sense began to appear. Of key importance was the demonstration that certain algorithms, such as those of factoring and search of an unstructured data base, could be improved when implemented with quantum bits, performing b ...
... tasks in information processing. Ten years later, more concrete ideas in this sense began to appear. Of key importance was the demonstration that certain algorithms, such as those of factoring and search of an unstructured data base, could be improved when implemented with quantum bits, performing b ...
Interacting Quantum Observables: Categorical Algebra and
... almost a century old, many new results have been discovered by approaching quantum theory from an computational and/or information theoretic perspective, signalling the potential for a quantum information technology revolution. This approach has also led to important progress in more traditional are ...
... almost a century old, many new results have been discovered by approaching quantum theory from an computational and/or information theoretic perspective, signalling the potential for a quantum information technology revolution. This approach has also led to important progress in more traditional are ...
