Quantum heating of a parametrically modulated oscillator: Spectral signatures M. Marthaler,
... in vibrational systems. It makes the energy levels nonequidistant and the frequencies of different interlevel transitions different, which in turn enables spectroscopic observation of the quantum energy levels. In addition, nonlinearity leads to an interesting behavior of vibrational systems in exte ...
... in vibrational systems. It makes the energy levels nonequidistant and the frequencies of different interlevel transitions different, which in turn enables spectroscopic observation of the quantum energy levels. In addition, nonlinearity leads to an interesting behavior of vibrational systems in exte ...
"Synthesis and Characterization of Dilute Magnetic Semiconductor Nanoparticles"
... necessary to understand the intrinsic properties of the host lattice and how the incorporation of ions, in general, influences the electronic properties. The experiments performed include electron paramagnetic resonance (EPR), magnetic susceptibility and heat capacity, magnetophotoluminescence and m ...
... necessary to understand the intrinsic properties of the host lattice and how the incorporation of ions, in general, influences the electronic properties. The experiments performed include electron paramagnetic resonance (EPR), magnetic susceptibility and heat capacity, magnetophotoluminescence and m ...
Revisiting the Einstein
... discrete, mutually independent points. I imagine the situation somewhat as follows: . . . I conceive of the light quantum as a point that is surrounded by a greatly extended vector field, that somehow diminishes with distance. Whether or not when several light quanta are present with mutually overla ...
... discrete, mutually independent points. I imagine the situation somewhat as follows: . . . I conceive of the light quantum as a point that is surrounded by a greatly extended vector field, that somehow diminishes with distance. Whether or not when several light quanta are present with mutually overla ...
CLASSICAL GAUGE FIELDS
... which led Ronald Shaw—in / a graduate student of Abdus Salam at Cambridge, working under the influence of Schwinger to the invention of gauge field theory, independently of (and almost simultaneously with) Yang & Mills.8 The electromagnetic aspects of the theory to which we have been led do, how ...
... which led Ronald Shaw—in / a graduate student of Abdus Salam at Cambridge, working under the influence of Schwinger to the invention of gauge field theory, independently of (and almost simultaneously with) Yang & Mills.8 The electromagnetic aspects of the theory to which we have been led do, how ...
a method for teaching algegra based advanced placement physics
... What is the value of AP classes to students? College professors, high school teachers, and students may all have different views of these courses, both pro and con. Research also gives a variety of findings, also both pro and con. College Board administers all AP exams and for the school year beginn ...
... What is the value of AP classes to students? College professors, high school teachers, and students may all have different views of these courses, both pro and con. Research also gives a variety of findings, also both pro and con. College Board administers all AP exams and for the school year beginn ...
Computer Simulation of the Stockmayer Fluid
... phenomenological models. Two molecules for instance attract at large distances and repel each other at close range. Based on this concept, the first microscopic theory of phase change, i.e. gas-liquid transition, was developed by van der Waals. This simple picture of molecular interaction may be ext ...
... phenomenological models. Two molecules for instance attract at large distances and repel each other at close range. Based on this concept, the first microscopic theory of phase change, i.e. gas-liquid transition, was developed by van der Waals. This simple picture of molecular interaction may be ext ...
Macroscopic Quantum Effects in Biophysics and
... the acupuncture system (like complex oscillatory holographic Hopfield-like neural network; see Peruš 1996; Peruš and Dey 2000), and its essential relation to (complex-valued quantum relativistic) consciousness, as strongly suggested from modeling of altered and transitional states of consciousness ( ...
... the acupuncture system (like complex oscillatory holographic Hopfield-like neural network; see Peruš 1996; Peruš and Dey 2000), and its essential relation to (complex-valued quantum relativistic) consciousness, as strongly suggested from modeling of altered and transitional states of consciousness ( ...
The Age of Entanglement Quantum Computing the (Formerly) Uncomputable
... Quantum Computing the (Formerly) Uncomputable ...
... Quantum Computing the (Formerly) Uncomputable ...
Theoretical treatment of miscellaneous frequency-shifts
... order to increase the path length of electrons in a glow discharge tube [119] that would become a vacuum gauge [120]—is more than an apparatus for storing charged particles. Owing to the storage by entirely static fields, the ion dynamics in a Penning trap are much more conducive to a theoretical tr ...
... order to increase the path length of electrons in a glow discharge tube [119] that would become a vacuum gauge [120]—is more than an apparatus for storing charged particles. Owing to the storage by entirely static fields, the ion dynamics in a Penning trap are much more conducive to a theoretical tr ...
Thermally induced subgap features in the
... In the charge-conserved regime the reduced density matrix ρ χi χ′ is block diagonal (see i χ χ′ ...
... In the charge-conserved regime the reduced density matrix ρ χi χ′ is block diagonal (see i χ χ′ ...
