Biological Autonomy
... quantum vacuum processes in the context of biological teleology. One faces at least three basic problems of genuine biological autonomy: (1) if biological autonomy is not physical, where does it come from? (2) Is there a room for biological causes? And (3) how to obtain a workable model of biologica ...
... quantum vacuum processes in the context of biological teleology. One faces at least three basic problems of genuine biological autonomy: (1) if biological autonomy is not physical, where does it come from? (2) Is there a room for biological causes? And (3) how to obtain a workable model of biologica ...
Is spacetime a quantum error-correcting code?
... entanglement wedge can be reconstructed. Realize exactly the Ryu-Takayanagi relation between boundary entanglement and bulk geometry (with small corrections in some cases). Allow flexibility in choice of lattice (including uniform lattices with discrete scale invariance) and of bulk operator algebra ...
... entanglement wedge can be reconstructed. Realize exactly the Ryu-Takayanagi relation between boundary entanglement and bulk geometry (with small corrections in some cases). Allow flexibility in choice of lattice (including uniform lattices with discrete scale invariance) and of bulk operator algebra ...
Electron and hole wave functions in self
... An exciton is a neutral particle and so at first sight no phaserelated effects are expected. However, the exciton is a composite particle, and this allows for the possibility of weak phase-related effects.19,20 For a one-dimensional ring, both the exciton energy and oscillator strength oscillate wit ...
... An exciton is a neutral particle and so at first sight no phaserelated effects are expected. However, the exciton is a composite particle, and this allows for the possibility of weak phase-related effects.19,20 For a one-dimensional ring, both the exciton energy and oscillator strength oscillate wit ...
Electric Field and SAR Values
... values of electric field strength and SAR for workers working on FM, VHF and UHF towers. It found that for a typical FM transmitter (output power of 5 kW), the values of the electric field on the tower are 25–80 V/m. Jokela [6] and Bolte [7] suggested similar or even higher values of the electric f ...
... values of electric field strength and SAR for workers working on FM, VHF and UHF towers. It found that for a typical FM transmitter (output power of 5 kW), the values of the electric field on the tower are 25–80 V/m. Jokela [6] and Bolte [7] suggested similar or even higher values of the electric f ...
Subnormalized states and trace
... subset of the set of all states, MNsep 傺 MN. Although a lot of work has been done to estimate the volume of the subset of separable states,8–13 the problem of finding the exact value of the ratio Vol共MNsep兲 / Vol共MN兲 remains open even in the simplest case of two qubits.14 In parallel with investigat ...
... subset of the set of all states, MNsep 傺 MN. Although a lot of work has been done to estimate the volume of the subset of separable states,8–13 the problem of finding the exact value of the ratio Vol共MNsep兲 / Vol共MN兲 remains open even in the simplest case of two qubits.14 In parallel with investigat ...
No. 18 - Department of Mathematics
... features of classical integrability, higher charges and Lax pairs, using as a toy model the theory of the principal chiral field (14). Starting from section 4, we enter the core of the topic of this review, i.e. the quantum group structure of the AdS/CFT S-matrix, based on the centrally-extended psl ...
... features of classical integrability, higher charges and Lax pairs, using as a toy model the theory of the principal chiral field (14). Starting from section 4, we enter the core of the topic of this review, i.e. the quantum group structure of the AdS/CFT S-matrix, based on the centrally-extended psl ...
Real, Complex, and Binary Semantic Vectors
... Logical semantics and computer science, on the other hand, use mainly binary and set theoretic representations, stemming from George Boole’s innovation of describing an Aristotelian predicate as a mapping from a set of objects to the binary numbers [2]. Representations in information theory and mode ...
... Logical semantics and computer science, on the other hand, use mainly binary and set theoretic representations, stemming from George Boole’s innovation of describing an Aristotelian predicate as a mapping from a set of objects to the binary numbers [2]. Representations in information theory and mode ...
Introduction to Classical Field Theory
... usually in a course in quantum field theory that these other field theories are described. So, it is through such courses that a student gets exposed to the tools and results of classical field theory in a typical physics curriculum. Let me finish off this introduction with a long-winded attempt at ...
... usually in a course in quantum field theory that these other field theories are described. So, it is through such courses that a student gets exposed to the tools and results of classical field theory in a typical physics curriculum. Let me finish off this introduction with a long-winded attempt at ...
The Classical and Quantum Mechanics of Systems with Constraints
... This is important, the momentum conjugate to Lagrange multipliers is zero. Equation (8) gives the momentum p = {pα } as a function of Q and q̇. For what follows, we would like to work with momenta instead of velocities. To do so, we will need to be able to invert equation (8) and express q̇ in terms ...
... This is important, the momentum conjugate to Lagrange multipliers is zero. Equation (8) gives the momentum p = {pα } as a function of Q and q̇. For what follows, we would like to work with momenta instead of velocities. To do so, we will need to be able to invert equation (8) and express q̇ in terms ...
23 - Electronic Colloquium on Computational Complexity
... context of the Nonabelian Hidden Subgroup Problem and quantum interactive proof systems, but they are much broader than that. One important application is the problem of “public-key quantum money” – that is, quantum states that can be authenticated by anyone, but only created or copied by a central ...
... context of the Nonabelian Hidden Subgroup Problem and quantum interactive proof systems, but they are much broader than that. One important application is the problem of “public-key quantum money” – that is, quantum states that can be authenticated by anyone, but only created or copied by a central ...
Conference booklet - XXXV Workshop on Geometric Methods in
... Supergeometry of gauge PDE and AKSZ sigma models AKSZ sigma models were originally proposed to describe topological systems. In fact, an AKSZ model with finite number of fields and space-time dimension higher than 1 is necessarily topological. These models are quite distinguished in the sense that the ...
... Supergeometry of gauge PDE and AKSZ sigma models AKSZ sigma models were originally proposed to describe topological systems. In fact, an AKSZ model with finite number of fields and space-time dimension higher than 1 is necessarily topological. These models are quite distinguished in the sense that the ...
The metaphysics of laws: dispositionalism vs. primitivism1
... This property thus is a disposition or a power, and the behaviour of the local matters of particular fact is its manifestation. This property grounds a law in the sense that the latter is made true by the former, so that a law describes how objects that instantiate the property in question behave or ...
... This property thus is a disposition or a power, and the behaviour of the local matters of particular fact is its manifestation. This property grounds a law in the sense that the latter is made true by the former, so that a law describes how objects that instantiate the property in question behave or ...
unit 21: electrical and gravitational potential
... gravitational force law and allowed him to determine the gravitational constant, G. A fact emerges that is quite amazing. Both types of forces, electrical and gravitational, are very similar. Essentially the same mathematics can be used to describe orbital and linear motions due to either electrical ...
... gravitational force law and allowed him to determine the gravitational constant, G. A fact emerges that is quite amazing. Both types of forces, electrical and gravitational, are very similar. Essentially the same mathematics can be used to describe orbital and linear motions due to either electrical ...
at the STI Experts Meeting - The Information Philosopher
... "Isn't it the case that the new improved proposed model for human deliberation can do as well with a random-but-deterministic generation process as with a causally undetermined process? " (Brainstorms, p.298) My reply: Quantum randomness is needed to break the causal chain of determinism. It expands ...
... "Isn't it the case that the new improved proposed model for human deliberation can do as well with a random-but-deterministic generation process as with a causally undetermined process? " (Brainstorms, p.298) My reply: Quantum randomness is needed to break the causal chain of determinism. It expands ...
