Phys. Chem. Chem. Phys. 14, 9411-20
... 2.2.3 Measuring the desired properties from the final state. There are mainly two methods that have been used in experiments to obtain information from the final state. The first one, quantum state tomography, can fully characterize the final state after its evolution. However, the required resources gr ...
... 2.2.3 Measuring the desired properties from the final state. There are mainly two methods that have been used in experiments to obtain information from the final state. The first one, quantum state tomography, can fully characterize the final state after its evolution. However, the required resources gr ...
Slide 1
... evident that the issue of confinement could be ultimately settled only by experiments, a series of attempts was undertaken to provide a logically non-contradictory explanation for the “eternal confinement” of quarks inside hadrons. Thus, for example, P.Bogolubov proposed the “quark-bag” model known ...
... evident that the issue of confinement could be ultimately settled only by experiments, a series of attempts was undertaken to provide a logically non-contradictory explanation for the “eternal confinement” of quarks inside hadrons. Thus, for example, P.Bogolubov proposed the “quark-bag” model known ...
Mutually unbiased bases, orthogonal Latin squares, and hidden
... 共MUBs兲: Every vector from one basis has equal overlap with all the vectors from other bases. MUBs encapsulate the concept of complementarity in the quantum formalism. Although complementarity is at the heart of quantum physics, the question about the number of MUBs remains unanswered. Apart from bei ...
... 共MUBs兲: Every vector from one basis has equal overlap with all the vectors from other bases. MUBs encapsulate the concept of complementarity in the quantum formalism. Although complementarity is at the heart of quantum physics, the question about the number of MUBs remains unanswered. Apart from bei ...
Quantum Copy-Protection and Quantum Money
... other hand, cannot in general be copied, since measurement is an irreversible process that destroys coherence. And this immediately raises the possibility of using quantum states as unclonable information, such as money or copy-protected software. The idea of using quantum states in this way actuall ...
... other hand, cannot in general be copied, since measurement is an irreversible process that destroys coherence. And this immediately raises the possibility of using quantum states as unclonable information, such as money or copy-protected software. The idea of using quantum states in this way actuall ...
W. Pauli - Fisica Fundamental
... polarisation of the Zeeman components. It is, to be sure, not necessary according to this principle to assign in a definite stationary state to each electron an orbit uniquely determined in the sense of usual kinematics; however, it is necessary that the totality of the stationary states of an atom ...
... polarisation of the Zeeman components. It is, to be sure, not necessary according to this principle to assign in a definite stationary state to each electron an orbit uniquely determined in the sense of usual kinematics; however, it is necessary that the totality of the stationary states of an atom ...
