talk
... This would be a local theory with hidden variables, and quantum mechanics might be considered as an averaged version of the deeper theory. Analogy: Statistical thermodynamics is the underlying theory of phenomenological thermodynamics. The positions and momenta of a huge number of particles are the ...
... This would be a local theory with hidden variables, and quantum mechanics might be considered as an averaged version of the deeper theory. Analogy: Statistical thermodynamics is the underlying theory of phenomenological thermodynamics. The positions and momenta of a huge number of particles are the ...
FPGA emulation of quantum circuits
... quantum measurement procedures [1]. Nevertheless, some of the quantum effects have been successfully used in practical applications such as data encryption and communication [5]. Further, several quantum-computing systems are being developed [7]. IBM has developed a small-scale quantum machine that ...
... quantum measurement procedures [1]. Nevertheless, some of the quantum effects have been successfully used in practical applications such as data encryption and communication [5]. Further, several quantum-computing systems are being developed [7]. IBM has developed a small-scale quantum machine that ...
Quantum Relaxation after a Quench in Systems with Boundaries Ferenc Iglo´i *
... very rapidly, commonly denoted as ‘‘quench’’, for instance by using the phenomenon of Feshbach resonance and the couplings to dissipative degrees of freedom (such as phonons and electrons) are very weak. As a consequence, one can study coherent time evolution of isolated quantum systems. Among the f ...
... very rapidly, commonly denoted as ‘‘quench’’, for instance by using the phenomenon of Feshbach resonance and the couplings to dissipative degrees of freedom (such as phonons and electrons) are very weak. As a consequence, one can study coherent time evolution of isolated quantum systems. Among the f ...
Non-equilibrium Quantum Field Theory and - Gr@v
... This mini-course is organized as follows. As a warm up exercise, where the main features of the fluctuationdissipation relations can be easily understood, we will explore a simple example of dissipation in (non-relativistic) quantum mechanics widely known as the Caldeira-Leggett model. I will then i ...
... This mini-course is organized as follows. As a warm up exercise, where the main features of the fluctuationdissipation relations can be easily understood, we will explore a simple example of dissipation in (non-relativistic) quantum mechanics widely known as the Caldeira-Leggett model. I will then i ...
Classical limit for quantum mechanical energy eigenfunctions
... Based on trajectories, two independent formulations differing in conceptual structure but mathematically equivalent with standard QM have been developed. These are Feynman’s path integral approach and Bohm’s causal QM respectively, which definitely enriched our understanding of the problem. In Feynm ...
... Based on trajectories, two independent formulations differing in conceptual structure but mathematically equivalent with standard QM have been developed. These are Feynman’s path integral approach and Bohm’s causal QM respectively, which definitely enriched our understanding of the problem. In Feynm ...
Type II InAs/GaAsSb quantum dots: Highly tunable exciton geometry
... complex confinement geometry, this simple parabolic function accurately describes the ground state energy evolution calculated using three dimensional eight-band k p methods as implemented in the Nextnanoþþ software package.26 It is important to highlight that the value of p and b can be changed o ...
... complex confinement geometry, this simple parabolic function accurately describes the ground state energy evolution calculated using three dimensional eight-band k p methods as implemented in the Nextnanoþþ software package.26 It is important to highlight that the value of p and b can be changed o ...
available here - Centre for High Energy Physics
... only two items with a single binary query, and so it needs two binary queries to carry out the same task. When the query can be factored into subqueries, e.g., the item label is searched for one digit at a time and not as a whole, the best quantum (or wave) arrangement for a database is a quaternary ...
... only two items with a single binary query, and so it needs two binary queries to carry out the same task. When the query can be factored into subqueries, e.g., the item label is searched for one digit at a time and not as a whole, the best quantum (or wave) arrangement for a database is a quaternary ...
