Logic, Geometry And Probability Theory - Philsci
... On the other hand, lattice theory is deeply connected to geometry: projective geometry can be described in terms of lattices and related also to vector spaces [22]. As an example, any vector space has associated a projective geometry and a lattice of subspaces. In particular, projection operators o ...
... On the other hand, lattice theory is deeply connected to geometry: projective geometry can be described in terms of lattices and related also to vector spaces [22]. As an example, any vector space has associated a projective geometry and a lattice of subspaces. In particular, projection operators o ...
Advaita Vedanta and Quantum Physics: How
... locus of past experiences. The brain-mind system is a measuring apparatus where the universe becomes self aware. In us, universe cuts itself in two (or by observation it collapses the quantum wave). Jnana bandhaha: How it works. The brain makes a memory, a file, for each quantum collapse. When a sim ...
... locus of past experiences. The brain-mind system is a measuring apparatus where the universe becomes self aware. In us, universe cuts itself in two (or by observation it collapses the quantum wave). Jnana bandhaha: How it works. The brain makes a memory, a file, for each quantum collapse. When a sim ...
CHEM3023: Spins, Atoms and Molecules
... The Schrödinger equation (time-independent version) • Is a fundamental law of nature: It can not be proved, but we know it works. Newton's second law of motion (F=m a) is another example of a law of nature. • Applies at the microscopic scale: electrons, atoms, molecules, etc. • What information can ...
... The Schrödinger equation (time-independent version) • Is a fundamental law of nature: It can not be proved, but we know it works. Newton's second law of motion (F=m a) is another example of a law of nature. • Applies at the microscopic scale: electrons, atoms, molecules, etc. • What information can ...
LOW ENERGY NUCLEAR FUSION REACTIONS: QUANTUM
... Recently in this series of papers {1 - 10} the ECE fermion equation has been used to give an explanation of low energy nuclear reaction (LENR { 11} ), which has been observed experimentally to be reproducible and repeatable, and which has been developed into a new source of energy. In this paper the ...
... Recently in this series of papers {1 - 10} the ECE fermion equation has been used to give an explanation of low energy nuclear reaction (LENR { 11} ), which has been observed experimentally to be reproducible and repeatable, and which has been developed into a new source of energy. In this paper the ...
a Multicromophoric approach to describe the energy
... master equation doesn’t use this approximation, but it takes a longer time to be computed numerically. Our simulations compared with the exact result show that not always the Secular approximation is correct and off diagonal terms are needed. The picture shows this test both for room and cryogenic t ...
... master equation doesn’t use this approximation, but it takes a longer time to be computed numerically. Our simulations compared with the exact result show that not always the Secular approximation is correct and off diagonal terms are needed. The picture shows this test both for room and cryogenic t ...
Available PDF download
... States Ψα where α is just a ‘small graph’ are highly quantum mechanical —like states in QED representing just a few photons. Just as coherent states in QED require an infinite superposition of such highly quantum states, to obtain a semi-classical state approximating a given classical geometry, one ...
... States Ψα where α is just a ‘small graph’ are highly quantum mechanical —like states in QED representing just a few photons. Just as coherent states in QED require an infinite superposition of such highly quantum states, to obtain a semi-classical state approximating a given classical geometry, one ...
Extension of Lorentz Group Representations for Chiral Fermions
... The principles of quantum measurement are at the foundation of particle physics. For example, particle spin and momentum assignments are determined by quantum representations of the Lorentz group [1], and quantum electrodynamics as a local U (1) gauge theory emerges naturally from the phase invarian ...
... The principles of quantum measurement are at the foundation of particle physics. For example, particle spin and momentum assignments are determined by quantum representations of the Lorentz group [1], and quantum electrodynamics as a local U (1) gauge theory emerges naturally from the phase invarian ...
Staging quantum cryptography with chocolate balls
... The protocol is to be carried out as follows: (1) Alice flips a coin in order to chose one of two pairs of glasses: heads is for the green glasses, tails for the red ones. She puts them on and randomly draws one chocolate from the urn. She can only read the symbol in the color of her glasses (due to ...
... The protocol is to be carried out as follows: (1) Alice flips a coin in order to chose one of two pairs of glasses: heads is for the green glasses, tails for the red ones. She puts them on and randomly draws one chocolate from the urn. She can only read the symbol in the color of her glasses (due to ...
Quantum Mechanics of the Solar System - Latin
... interpretation in connection with classical physics. This example could be of real pedagogical interest for students because it covers subjects ranging from classical and quantum mechanics and the theory of perturbations and goes beyond the hackneyed quantum harmonic oscillator used in most texts. T ...
... interpretation in connection with classical physics. This example could be of real pedagogical interest for students because it covers subjects ranging from classical and quantum mechanics and the theory of perturbations and goes beyond the hackneyed quantum harmonic oscillator used in most texts. T ...
Solution
... classical limit of the quatum partition function Z. This expression can also be used in the presence of a potential energy. The interpretation of the above is the following. The (x, px ) projection of the phase space of the particle is discretized into cells ∆x∆px ∼ 2πh̄ = h, and equivalent expressi ...
... classical limit of the quatum partition function Z. This expression can also be used in the presence of a potential energy. The interpretation of the above is the following. The (x, px ) projection of the phase space of the particle is discretized into cells ∆x∆px ∼ 2πh̄ = h, and equivalent expressi ...
