Leftover Hashing Against Quantum Side Information
... ONSIDER a random variable that is partially known to an agent, that is, the agent possesses side information correlated to . One may ask whether it is possible to extract from a part that is completely unknown to the agent, i.e., uniform conditioned on . If yes, what is the maximum size of ? And how ...
... ONSIDER a random variable that is partially known to an agent, that is, the agent possesses side information correlated to . One may ask whether it is possible to extract from a part that is completely unknown to the agent, i.e., uniform conditioned on . If yes, what is the maximum size of ? And how ...
Danish-Sino Workshop on Strongly Interacting Cold Atomic Gases
... In this talk, I describe how cold atoms can be used to test two phenomena which play a key role in our description of quantum many-body physics. The first is the Higgs mode, which plays a fundamental role for our understanding of both low and high energy physics, giving elementary particles their ma ...
... In this talk, I describe how cold atoms can be used to test two phenomena which play a key role in our description of quantum many-body physics. The first is the Higgs mode, which plays a fundamental role for our understanding of both low and high energy physics, giving elementary particles their ma ...
Introduction to Quantum Field Theory
... particle physics it has found applications in many other branches of science, in particular condensed matter physics but also as far afield as biology and economics. In this course we shall be adopting an approach (the path integral) which was not the original one, but became popular, even essential ...
... particle physics it has found applications in many other branches of science, in particular condensed matter physics but also as far afield as biology and economics. In this course we shall be adopting an approach (the path integral) which was not the original one, but became popular, even essential ...
The Puzzling Story of the Neutral Kaon System or what we can learn
... Discrete 2010, Beatrix C. Hiesmayr ...
... Discrete 2010, Beatrix C. Hiesmayr ...
First-principles study of the electronic structure of CdS/ZnSe coupled
... estimate of band offsets between chemically dissimilar materials.14 However, this is not a matter of concern in this paper as the materials considered here (CdS, CdSe, ZnSe) exhibit very similar quasiparticle shifts14 so the value of the offsets may not change significantly. Further we shall discuss ...
... estimate of band offsets between chemically dissimilar materials.14 However, this is not a matter of concern in this paper as the materials considered here (CdS, CdSe, ZnSe) exhibit very similar quasiparticle shifts14 so the value of the offsets may not change significantly. Further we shall discuss ...
Quantum Thermodynamics: A Dynamical Viewpoint
... A thermodynamic tradition is learning by example. The model of a heat engine by Carnot [4] led to generalizations; the first and second law of thermodynamics. A quantum mechanical model of heat engines and refrigerators allows us to incorporate dynamics into thermodynamics. Two types of devices have ...
... A thermodynamic tradition is learning by example. The model of a heat engine by Carnot [4] led to generalizations; the first and second law of thermodynamics. A quantum mechanical model of heat engines and refrigerators allows us to incorporate dynamics into thermodynamics. Two types of devices have ...
Structures as the objects of fundamental physics
... they exist as relations between objects. We can therefore say that the relations (structures) are the ways (modes) in which the objects exist. However, one may wonder whether relations are capable of individuating objects. If there are objects, do they not require intrinsic properties as identity co ...
... they exist as relations between objects. We can therefore say that the relations (structures) are the ways (modes) in which the objects exist. However, one may wonder whether relations are capable of individuating objects. If there are objects, do they not require intrinsic properties as identity co ...
Magnetic properties of quantum corrals from first
... the magnetic density a distinct possibility and, therefore, an attractive new area of research. Evidently, this opens up the possibility of building magnetic nanostructures for both scientific and technological purposes. For instance, while the observation of a single Fe or Co atom on a Cu surface m ...
... the magnetic density a distinct possibility and, therefore, an attractive new area of research. Evidently, this opens up the possibility of building magnetic nanostructures for both scientific and technological purposes. For instance, while the observation of a single Fe or Co atom on a Cu surface m ...
Spontaneous symmetry breaking in quantum
... eigenstates of the Hamiltonian are spread out with equal amplitude over all of space. It could be argued that because a chair is built of many microscopic particles that all obey the rules of quantum mechanics, the chair as a whole should also respect the symmetry of its Hamiltonian and be spread ou ...
... eigenstates of the Hamiltonian are spread out with equal amplitude over all of space. It could be argued that because a chair is built of many microscopic particles that all obey the rules of quantum mechanics, the chair as a whole should also respect the symmetry of its Hamiltonian and be spread ou ...
Last Time…
... electron may disappear from one well, and appear in the other! The reverse then happens, and the electron oscillates back an forth, without ‘traversing’ the ...
... electron may disappear from one well, and appear in the other! The reverse then happens, and the electron oscillates back an forth, without ‘traversing’ the ...
Taking Einstein seriously: Relativistic coupling of internal and center
... most treatments of relativistic mechanics deal with particles, Einstein is clear in his original paper that Eq. (1) is meant to be applied to any body, and speculates that the formula can be tested by searching for mass changes in materials with variable internal energy content such as radium salts ...
... most treatments of relativistic mechanics deal with particles, Einstein is clear in his original paper that Eq. (1) is meant to be applied to any body, and speculates that the formula can be tested by searching for mass changes in materials with variable internal energy content such as radium salts ...
