Quantum tomography of an electron - Hal-CEA
... T. Jullien1*, P. Roulleau1*, B. Roche1, A. Cavanna2, Y. Jin2 & D. C. Glattli1 ...
... T. Jullien1*, P. Roulleau1*, B. Roche1, A. Cavanna2, Y. Jin2 & D. C. Glattli1 ...
An effective quantum defect theory for the diamagnetic spectrum of a
... Below the energy E = −60 cm−1 , the detailed structures from theoretical calculations are similar for every manifold n. It is not yet quite clear why the abrupt change for the spectrum line occurs above −60 cm−1 . It is perhaps partly due to the fluctuation of the signal because the interaction betw ...
... Below the energy E = −60 cm−1 , the detailed structures from theoretical calculations are similar for every manifold n. It is not yet quite clear why the abrupt change for the spectrum line occurs above −60 cm−1 . It is perhaps partly due to the fluctuation of the signal because the interaction betw ...
Measuring the quantum mechanical wave function
... This ability to extract 2-D, or joint, probabilities pertaining to a pair of random variables from measurements only of individual random variables is quite nice and can be applied to data similarly measured for a stream of quantum particles. These could be atoms emitted from a `hot-oven’ source. Yo ...
... This ability to extract 2-D, or joint, probabilities pertaining to a pair of random variables from measurements only of individual random variables is quite nice and can be applied to data similarly measured for a stream of quantum particles. These could be atoms emitted from a `hot-oven’ source. Yo ...
24 Interferometry with Macromolecules: Quantum Paradigms Tested
... entanglement, the inseparable correlation of at least two quantum systems – which can also be part of the same physical object, as in the entanglement of internal and external degrees of freedom. This property will become relevant in the context of decoherence, as discussed further below. In the dou ...
... entanglement, the inseparable correlation of at least two quantum systems – which can also be part of the same physical object, as in the entanglement of internal and external degrees of freedom. This property will become relevant in the context of decoherence, as discussed further below. In the dou ...
200 Beryllium Ions Entangled
... the interferometer catches the atom diffusing through a quantum "state space" made up of all the possible combinations, or superpositions, of its two energy states. This is actually trickier than it sounds because the scientists are tracking a very faint signal (the electromagnetic field associated ...
... the interferometer catches the atom diffusing through a quantum "state space" made up of all the possible combinations, or superpositions, of its two energy states. This is actually trickier than it sounds because the scientists are tracking a very faint signal (the electromagnetic field associated ...
1 Uncertainty principle and position operator in standard theory
... on macroscopic level. A striking example showing that on quantum level λ does not have a usual meaning is that from the point of view of classical theory an electron having the size of the order of the Bohr radius cannot emit a wave with λ = 21cm (this observation has been pointed out to me by Volod ...
... on macroscopic level. A striking example showing that on quantum level λ does not have a usual meaning is that from the point of view of classical theory an electron having the size of the order of the Bohr radius cannot emit a wave with λ = 21cm (this observation has been pointed out to me by Volod ...
Spirituality of the Evolving cosmos
... “... modern man is obsessed by the need to depersonalise (or impersonalise) all that he most admires. There are two reasons for this tendency. The first is analysis ... The second reason lies in our discovery of the sidereal world, so vast that it seems to do away with all proportion between our own ...
... “... modern man is obsessed by the need to depersonalise (or impersonalise) all that he most admires. There are two reasons for this tendency. The first is analysis ... The second reason lies in our discovery of the sidereal world, so vast that it seems to do away with all proportion between our own ...
Quantum Criticality: competing ground states in low
... same. The exact result for ΦI is known, and it is an excellent approximation to just replace its inverse by a low frequency expansion [3] ΦI (h̄ω/kB T ) = A(1 − iω/ΓR + . . .)−1 ; here A is a dimensionless prefactor, and we have the important result that ΓR = (2 tan(π/16))kB T /h̄. This is the respo ...
... same. The exact result for ΦI is known, and it is an excellent approximation to just replace its inverse by a low frequency expansion [3] ΦI (h̄ω/kB T ) = A(1 − iω/ΓR + . . .)−1 ; here A is a dimensionless prefactor, and we have the important result that ΓR = (2 tan(π/16))kB T /h̄. This is the respo ...
