Correlaciones en Mecánica Cuántica
... Entanglement [1, 2] is perhaps the kind of quantum correlations more known and studied and since it was first described by Einstein, Podolsky and Rosen [3] has attracted the attention and interest of scientists being studied both theoretically [4—9] and experimentally [10—15], becoming considered a ...
... Entanglement [1, 2] is perhaps the kind of quantum correlations more known and studied and since it was first described by Einstein, Podolsky and Rosen [3] has attracted the attention and interest of scientists being studied both theoretically [4—9] and experimentally [10—15], becoming considered a ...
Synthesizing arbitrary quantum states in a superconducting resonator
... with classical control signals. Here we demonstrate the preparation and measurement of arbitrary quantum states in an electromagnetic resonator, superposing states with different numbers of photons in a completely controlled and deterministic manner. We synthesize the states using a superconducting ...
... with classical control signals. Here we demonstrate the preparation and measurement of arbitrary quantum states in an electromagnetic resonator, superposing states with different numbers of photons in a completely controlled and deterministic manner. We synthesize the states using a superconducting ...
Quantum Computing
... the n di erent qubits. Occasionally we need some other notation for distinguishing them, in which case we denote the i'th qubit by V [i] . Since quantum states are invariant under multiplication by scalars, they can be normalized to be unit length vectors; except where otherwise noted, quantum state ...
... the n di erent qubits. Occasionally we need some other notation for distinguishing them, in which case we denote the i'th qubit by V [i] . Since quantum states are invariant under multiplication by scalars, they can be normalized to be unit length vectors; except where otherwise noted, quantum state ...
Entropy - Molecular Diversity Preservation International
... on the di erent interpretations of this concept. Entropy is the only physical quantity that always increases. It has such an importance that it can't stay dissociated from more familiar concepts. In this paper,we will analyze the above interpretations and propose the following results: (1) Entropy i ...
... on the di erent interpretations of this concept. Entropy is the only physical quantity that always increases. It has such an importance that it can't stay dissociated from more familiar concepts. In this paper,we will analyze the above interpretations and propose the following results: (1) Entropy i ...
Jagiellonian University M. Smoluchowski Institute of Physics Entropy
... The set of all quantum channels is still not completely understood. Merely the set of onequbit channels is satisfactory explored [37, 38]. in this simplest case some interesting problems are open. ...
... The set of all quantum channels is still not completely understood. Merely the set of onequbit channels is satisfactory explored [37, 38]. in this simplest case some interesting problems are open. ...
Approaches to Quantum Error Correction
... was not clear at all if and how quantum error correction could work. The second big breakthrough towards quantum computing (after Shor’s algorithm) was the insight that quantum noise can be combatted or that quantum error protection and correction is possible. The first big step in this direction wa ...
... was not clear at all if and how quantum error correction could work. The second big breakthrough towards quantum computing (after Shor’s algorithm) was the insight that quantum noise can be combatted or that quantum error protection and correction is possible. The first big step in this direction wa ...
hybrid quantum computation - Centre for Quantum Technologies
... distribution (QKD) protocol was introduced in 1984 by Charles Bennett and Gilles Brassard, now referred as BB84 [11]. Through a QKD protocol, private key bits can be generated over a public channel. The key bits can then be used for a classical private key cryptosystem with the one-time pad algorith ...
... distribution (QKD) protocol was introduced in 1984 by Charles Bennett and Gilles Brassard, now referred as BB84 [11]. Through a QKD protocol, private key bits can be generated over a public channel. The key bits can then be used for a classical private key cryptosystem with the one-time pad algorith ...
