Generation of arbitrary Dicke states in spinor Bose±Einstein
... squeezed states with arbitrary prescribed value of hJ^z i m0 and arbitrary Dicke states, we propose to use instead the following method: ®rst, a coupling pulse of appropriate strength is applied to the ground state jj; ji, creating an initial CSS with hJ^z i m0 . Assume without loss of generalit ...
... squeezed states with arbitrary prescribed value of hJ^z i m0 and arbitrary Dicke states, we propose to use instead the following method: ®rst, a coupling pulse of appropriate strength is applied to the ground state jj; ji, creating an initial CSS with hJ^z i m0 . Assume without loss of generalit ...
Classical properties of quantum scattering
... which have become a very convenient form to represent the scattering waves. Researchers who followed Lord Rayleigh’s analysis introduced an estimation of the effectiveness of scattering and the interaction between the incident plane wave and the perturber (which later were associated with scattering ...
... which have become a very convenient form to represent the scattering waves. Researchers who followed Lord Rayleigh’s analysis introduced an estimation of the effectiveness of scattering and the interaction between the incident plane wave and the perturber (which later were associated with scattering ...
Document
... to the cuprate superconductors Colloquium article in Reviews of Modern Physics 75, 913 (2003) ...
... to the cuprate superconductors Colloquium article in Reviews of Modern Physics 75, 913 (2003) ...
Quantum interference in the field ionization of Rydberg atoms
... Because the valence electron in a Rydberg atom is only weakly bound to the core, its energy levels are easily shifted by the Stark effect with modest electric fields. The resulting rich behavior of Rydberg atoms in electric fields has been exploited for a wide range of experiments. Recently, Rydberg ...
... Because the valence electron in a Rydberg atom is only weakly bound to the core, its energy levels are easily shifted by the Stark effect with modest electric fields. The resulting rich behavior of Rydberg atoms in electric fields has been exploited for a wide range of experiments. Recently, Rydberg ...
Algebraic Study on the Quantum Calogero Model
... China, August 19- 2-1 , 1996, ed. l\1.-L. Ge, Y. Saint-Au bin and L. Vinet (Springer- \"erlag). ...
... China, August 19- 2-1 , 1996, ed. l\1.-L. Ge, Y. Saint-Au bin and L. Vinet (Springer- \"erlag). ...
Constructor theory of information - Proceedings of the Royal Society A
... medium of the receiver to another state x or y respectively, thus making a copy of the message while leaving the original message unchanged. But, this does not, in fact, distinguish message x from message y unless the resulting receiver states x and y are themselves distinguishable. Thus, (1.1), con ...
... medium of the receiver to another state x or y respectively, thus making a copy of the message while leaving the original message unchanged. But, this does not, in fact, distinguish message x from message y unless the resulting receiver states x and y are themselves distinguishable. Thus, (1.1), con ...
Introduction to Representations of the Canonical Commutation and
... superfluidity (a version of the BCS theory that can be found e.g. in [34]). The notion of a representation of the CCR and CAR gives a convenient framework to describe Bogolubov transformations and their unitary implementations. Analysis of Bogolubov transformations becomes especially interesting in t ...
... superfluidity (a version of the BCS theory that can be found e.g. in [34]). The notion of a representation of the CCR and CAR gives a convenient framework to describe Bogolubov transformations and their unitary implementations. Analysis of Bogolubov transformations becomes especially interesting in t ...
Flux quanta, magnetic field lines, merging
... is quantised. One easily realises that in a magnetic mirror geometry where the particles oscillate between the mirror points the parallel energy of the electron bounce motion pk2 /2me ≡ b = h̄ωb (s + 12 ) would also be quantised with bounce frequency ωb ωce and parallel quantum number s = 0,1,2,3 ...
... is quantised. One easily realises that in a magnetic mirror geometry where the particles oscillate between the mirror points the parallel energy of the electron bounce motion pk2 /2me ≡ b = h̄ωb (s + 12 ) would also be quantised with bounce frequency ωb ωce and parallel quantum number s = 0,1,2,3 ...
Thermodynamics of the high temperature Quark-Gluon - IPhT
... These are at present the unique tools allowing a detailed study of the transition region where various interesting phenomena are taking place, such as colour deconfinement or chiral symmetry restoration. In these lectures, we shall not consider this transition region, but focus rather on the high te ...
... These are at present the unique tools allowing a detailed study of the transition region where various interesting phenomena are taking place, such as colour deconfinement or chiral symmetry restoration. In these lectures, we shall not consider this transition region, but focus rather on the high te ...
Naturalness via scale invariance and non-trivial UV fixed points in a 4d O(N) scalar field model in the large-N limit
... actions when regulators are removed. It is the latter that is physically observable and defines the theory. Such a scenario is not amenable to analysis via the loop expansion, traditional perturbation theory or a weak field expansion in powers of the scalar field. In particular, we give up perturba ...
... actions when regulators are removed. It is the latter that is physically observable and defines the theory. Such a scenario is not amenable to analysis via the loop expansion, traditional perturbation theory or a weak field expansion in powers of the scalar field. In particular, we give up perturba ...
Optical Properties of Semiconductor Nanostructures in Magnetic Field DISSERTATION
... increasing and these structures are nowadays considered to be even more perspective for future applications e.g. for quantum computing. This is one of the reasons why after such a long time the amount of research performed on this field does not decrease but grows further. The scientific interest an ...
... increasing and these structures are nowadays considered to be even more perspective for future applications e.g. for quantum computing. This is one of the reasons why after such a long time the amount of research performed on this field does not decrease but grows further. The scientific interest an ...
On Complex Structures in Physics
... solution of the problem of di raction of waves on a half-plane [20]1. Roger Penrose, in his twistor theory, put forward convincing arguments in favor of the relevance of holomorphic structures for fundamental physics [11, 13]. His methods and ideas have been successfully used in a variety of mathema ...
... solution of the problem of di raction of waves on a half-plane [20]1. Roger Penrose, in his twistor theory, put forward convincing arguments in favor of the relevance of holomorphic structures for fundamental physics [11, 13]. His methods and ideas have been successfully used in a variety of mathema ...
acta physica slovaca vol. 50 No. 1, 1 – 198 February 2000
... We present in this work a straightforward, and a “very natural” theoretical extension of traditional (linear) quantum mechanics (QM), providing a general framework of several physical theories. It contains QM itself, its (almost all up to now published) nonlinear modifications and extensions, and al ...
... We present in this work a straightforward, and a “very natural” theoretical extension of traditional (linear) quantum mechanics (QM), providing a general framework of several physical theories. It contains QM itself, its (almost all up to now published) nonlinear modifications and extensions, and al ...
PowerPoint Notes
... • Calculate the de Broglie wavelength of matter waves. • Distinguish between classical ideas of measurement and Heisenberg’s uncertainty principle. • Describe the quantum-mechanical picture of the atom, including the electron cloud and probability waves. ...
... • Calculate the de Broglie wavelength of matter waves. • Distinguish between classical ideas of measurement and Heisenberg’s uncertainty principle. • Describe the quantum-mechanical picture of the atom, including the electron cloud and probability waves. ...
