Demonstration of a Stable Atom-Photon Entanglement Source for
... netic sublevels and efficiency of frequency mixing limits the further application. Another kind of atom-photon entanglement is realized using the orbital angular momentum (OAM) states [19], which could also extend to highdimensional entanglement. However, the divergence property of different OAM mod ...
... netic sublevels and efficiency of frequency mixing limits the further application. Another kind of atom-photon entanglement is realized using the orbital angular momentum (OAM) states [19], which could also extend to highdimensional entanglement. However, the divergence property of different OAM mod ...
PHYSICAL MEANING OF IMAGINARY UNIT i
... Three centuries have passed since 1712 fierce debates about the meaning of complex numbers were started. Gottfried Leibniz, Leonhard Euler, Johann Bernoulli and other outstanding scientists participated in them. However, from then until all discussions on this topic unfortunately, ended virtually no ...
... Three centuries have passed since 1712 fierce debates about the meaning of complex numbers were started. Gottfried Leibniz, Leonhard Euler, Johann Bernoulli and other outstanding scientists participated in them. However, from then until all discussions on this topic unfortunately, ended virtually no ...
Why the brain is probably not a quantum computer Max Tegmark
... information is zero, then the states of the two systems are uncorrelated and independent, with the density matrix of the separable form q q1 q2 . If the subsystems start out independent, any interaction will at least initially increase the subsystem entropies Si , thereby increasing the mutual i ...
... information is zero, then the states of the two systems are uncorrelated and independent, with the density matrix of the separable form q q1 q2 . If the subsystems start out independent, any interaction will at least initially increase the subsystem entropies Si , thereby increasing the mutual i ...
- City Research Online
... function of the number operator N . One may consider various types of Hamiltonian systems, either Hermitian or non-Hermitian, and replace the original standard canonical variables (x0 , p0 ), obeying [x0 , p0 ] = i~, by (X, P ). It is crucial to note that even when the undeformed Hamiltonian is Herm ...
... function of the number operator N . One may consider various types of Hamiltonian systems, either Hermitian or non-Hermitian, and replace the original standard canonical variables (x0 , p0 ), obeying [x0 , p0 ] = i~, by (X, P ). It is crucial to note that even when the undeformed Hamiltonian is Herm ...
Chapter 11 Observables and Measurements in Quantum Mechanics
... that can have definite values x associated with unphysical states |x!. There is a further argument about the viability of this idea, at least in the contect of measuring the position of a particle, which is to say that if the position were to be precisely defined at a particular value, this would me ...
... that can have definite values x associated with unphysical states |x!. There is a further argument about the viability of this idea, at least in the contect of measuring the position of a particle, which is to say that if the position were to be precisely defined at a particular value, this would me ...
QUANTUM COMPUTING: AN OVERVIEW
... physics is the superposition principle by which a quantum system can take several different states simultaneously. The input for a quantum computing device may be a superposition of many possible inputs, and accordingly the output is also a superposition of the corresponding output states. Another as ...
... physics is the superposition principle by which a quantum system can take several different states simultaneously. The input for a quantum computing device may be a superposition of many possible inputs, and accordingly the output is also a superposition of the corresponding output states. Another as ...
Pairs of Pants, Pochhammer Curves and L2 - Invariants
... As elegant as this argument may be, it throws very little light on the meaning attached to the result (1). In addition, the definitions that have been provided for these invariants (three different versions are proposed in [19], all of which coincide in Atiyah’s example) do not seem to give a hint t ...
... As elegant as this argument may be, it throws very little light on the meaning attached to the result (1). In addition, the definitions that have been provided for these invariants (three different versions are proposed in [19], all of which coincide in Atiyah’s example) do not seem to give a hint t ...
Is there a problem with quantum wormhole states in N= 1
... models in pure N=1 supergravity [11-15] seemed to depend on the homogeneity condition for the gravitino [13]. In fact, it does not and it is now possible to find a Hartle-Hawking and wormhole [15] solutions in the same spectrum [8]. This result requires the inclusion of all allowed gravitational deg ...
... models in pure N=1 supergravity [11-15] seemed to depend on the homogeneity condition for the gravitino [13]. In fact, it does not and it is now possible to find a Hartle-Hawking and wormhole [15] solutions in the same spectrum [8]. This result requires the inclusion of all allowed gravitational deg ...