Genuine Fortuitousness
... In the late 1920’s, due to the experimental success of quantum theory, many physicists who were now used to the accuracy of what was a phenomenologically descriptive theory of the quantum scale began to question how QM fit in with the rest of physics as whole. In short, physicists asked the question ...
... In the late 1920’s, due to the experimental success of quantum theory, many physicists who were now used to the accuracy of what was a phenomenologically descriptive theory of the quantum scale began to question how QM fit in with the rest of physics as whole. In short, physicists asked the question ...
- Philsci-Archive
... he can just take responsibility (verantwoording afleggen) by quiting his job with a bonus pay check, leaving everybody else with the mess. It is not my intention to leave the reader with a mess though, and thus I aim to give a “verantwoording” in a more traditional sense. So what follows (among othe ...
... he can just take responsibility (verantwoording afleggen) by quiting his job with a bonus pay check, leaving everybody else with the mess. It is not my intention to leave the reader with a mess though, and thus I aim to give a “verantwoording” in a more traditional sense. So what follows (among othe ...
Information measures, entanglement and quantum evolution Claudia Zander
... that information is endowed with physical reality, not in the least because the ultimate limits of any physical device that processes or transmits information are determined by the fundamental laws of physics [6; 11; 12; 13; 14]. That is, the physics of information and computation is an interdiscipl ...
... that information is endowed with physical reality, not in the least because the ultimate limits of any physical device that processes or transmits information are determined by the fundamental laws of physics [6; 11; 12; 13; 14]. That is, the physics of information and computation is an interdiscipl ...
Studies of Infinite Two-Dimensional Quantum Lattice
... and Will, my sister Hannah and all of my extended family for their inspiration, love and support. It is for you that I dedicate this thesis. ...
... and Will, my sister Hannah and all of my extended family for their inspiration, love and support. It is for you that I dedicate this thesis. ...
using standard syste - the Max Planck Institute for the Physics of
... lying chaotic classical dynamics, in particular if the system is highly excited in an energy regime where infinitely many resonances exist. In this respect, twoelectron atoms are of basic interest not only in atomic physics but also for the development of concepts of quantum chaos (see Berry, 1983; ...
... lying chaotic classical dynamics, in particular if the system is highly excited in an energy regime where infinitely many resonances exist. In this respect, twoelectron atoms are of basic interest not only in atomic physics but also for the development of concepts of quantum chaos (see Berry, 1983; ...
Characterizing and witnessing multipartite correlations: from nonlocality to contextuality PhD thesis
... This PhD thesis is the result of more than four years of work, which I wouldn’t have been able to do without the support of any of you. First, I would like to thank Toni, for giving me the great opportunity of doing my PhD with him in his group. Muchas gracias Toni, por todo el tiempo que me has ded ...
... This PhD thesis is the result of more than four years of work, which I wouldn’t have been able to do without the support of any of you. First, I would like to thank Toni, for giving me the great opportunity of doing my PhD with him in his group. Muchas gracias Toni, por todo el tiempo que me has ded ...
Topological quantum memory
... of great interest for future quantum technologies, as it defines a standard that should be met by designers of quantum hardware. The critical error probability per gate p c has been estimated as p c ⲏ10⫺4 ; very roughly speaking, this means that robust quantum computation is possible if the decohere ...
... of great interest for future quantum technologies, as it defines a standard that should be met by designers of quantum hardware. The critical error probability per gate p c has been estimated as p c ⲏ10⫺4 ; very roughly speaking, this means that robust quantum computation is possible if the decohere ...