ABSTRACT Title of Document:
... human knowledge by which we may then (as rational agents) engage the world in science, ethics, politics, and the other disciplines of human knowledge. In metaphysics, we are, then, guided rigorously by this analytic method, licensed, that is, in asking such questions as what is the “ontological sta ...
... human knowledge by which we may then (as rational agents) engage the world in science, ethics, politics, and the other disciplines of human knowledge. In metaphysics, we are, then, guided rigorously by this analytic method, licensed, that is, in asking such questions as what is the “ontological sta ...
Lecture 8
... Claim: For every Boolean function there is a unique multilinear polynomial, which represents f exactly, i.e. f(x)= p(x) for all Boolean x. Proof: Assume f(x)=p(x)=q(x) for alle Boolean x, yet pq Then p-q is a multilinear polynomial for g(x)=0, and p-q is not the zero polynomial Take a minimum ...
... Claim: For every Boolean function there is a unique multilinear polynomial, which represents f exactly, i.e. f(x)= p(x) for all Boolean x. Proof: Assume f(x)=p(x)=q(x) for alle Boolean x, yet pq Then p-q is a multilinear polynomial for g(x)=0, and p-q is not the zero polynomial Take a minimum ...
paper - Center for Ultracold Atoms
... such a study and is closely related to our work. Here we present an experiment in which we study the fermionic HBT effect for a sample of polarized, metastable 3He atoms (3He*), and we compare it to the bosonic HBT effect for a sample of polarized, but not Bose condensed, metastable 4He atoms (4He*) ...
... such a study and is closely related to our work. Here we present an experiment in which we study the fermionic HBT effect for a sample of polarized, metastable 3He atoms (3He*), and we compare it to the bosonic HBT effect for a sample of polarized, but not Bose condensed, metastable 4He atoms (4He*) ...
LINEAR SCALING ELECTRONIC STRUCTURE METHODS IN
... linear scaling with respect to system size is straightforward. The only long-range interactions are electrostatic interactions, which we can treat with linear scaling algorithms such as fast multipole methods.8 Force fields can yield surprisingly accurate results when applied to configurations simil ...
... linear scaling with respect to system size is straightforward. The only long-range interactions are electrostatic interactions, which we can treat with linear scaling algorithms such as fast multipole methods.8 Force fields can yield surprisingly accurate results when applied to configurations simil ...
PHY 220 GENERAL PHYSICS II / 3 credits
... (i) Ability to understand and mathematically analyze the connection between electric potential and electric field in the case of potentials which vary linearly with position. (j) Ability to obtain the capacitance of a system from fundamental considerations and to expand this to cover linear dielectr ...
... (i) Ability to understand and mathematically analyze the connection between electric potential and electric field in the case of potentials which vary linearly with position. (j) Ability to obtain the capacitance of a system from fundamental considerations and to expand this to cover linear dielectr ...
Quantum Computing
... system can be completely characterized by the state of each of its component pieces. A surprising and unintuitive aspect of quantum systems is that most states cannot be described in terms of the states of the system’s components. Such states are called entangled states. Another key property is qua ...
... system can be completely characterized by the state of each of its component pieces. A surprising and unintuitive aspect of quantum systems is that most states cannot be described in terms of the states of the system’s components. Such states are called entangled states. Another key property is qua ...
Bose-Einstein Condensation in a gas
... at the center of the trap. The size of the condensate is described by the ThomasFermi radii: ...
... at the center of the trap. The size of the condensate is described by the ThomasFermi radii: ...
Theory of imbalanced electron-hole transport in conjugated polymers
... traps due to the structure defect levels in the films. However, as shown by the tight-binding calculation below, the structure disorder causes defect levels with electron-hole symmetry and cannot be the reason for the imbalance by itself. Little is known about how the symmetry is broken in transport ...
... traps due to the structure defect levels in the films. However, as shown by the tight-binding calculation below, the structure disorder causes defect levels with electron-hole symmetry and cannot be the reason for the imbalance by itself. Little is known about how the symmetry is broken in transport ...
