Self-consistent quantum mechanical model for the description of
In this paper we present a quantum mechanical model to study excitation energy fers in molecular systems located in the vicinity of an interface. The model is based on an approximate solution of the time-dependent density
The Pondicherry interpretation of quantum mechanics
Attempts to model the world “from the bottom up”, on the foundation of an intrinsically and completely differentiated spacetime manifold, are therefore at odds with the ontological implications of the quantum-mechanical probability
Quantum Bioholography, a review of the field from 1973-2002
Quantum Holography defines an admitter/absorber quantum vacuum model of quantum mechanics in terms of annihilation/creation operators [Schempp, 1993]. This implies that DNA does indeed behave like a single quantum, which induces a
Guest Blogger: Joe Polchinski on the String Debates
The Standard Model is a quantum field theory, in which particles behave as supports only a weak form of this conjecture, without quantum mechanics. [3] The gauge theory is a consistent and fully quantum mechanical theory,
A Quantum Mechanical Interpretation of the Eight Circuit Model
Forum: Serious Debate Posted By: ivan Post Time: November 11th, 2006 at 06:59 PM
RE: Ok Seriously, Lets discuss time travel.
Greenberger and colleague Karl Svozil introduce their quantum mechanical model of time travel on the ArXiv e-print service. You can go back and observe the past, but it doesn't appear to be possible to change it.
Memetics of Quantum Mechanical Interpretations
Hi All, I have been thinking of applying the ideas in Richard Dawkin's Selfish Gene and the ideas of Evolutionary Biology based on the Darwinian principles to model QM interpretations as some
Peter Woit's Not Even Wrong has been published in America. Fame
UPDATES: Clarification of the physical basis to the gravity mechanism model: Is the quantum mechanical (virtual particle) vacuum expanding like the matter in the universe, or not? My initial answer from the gravity mechanism ten years
Mass Challenged Electron
It doesn't seem important, just a footnote in a Quantum Mechanics class:) I am an Electronic Engineer and always tried to make a physical model of whatever I learned. In this case, the expect value of a coherence between two states
Updates: 1 Peter Woit's Not Even Wrong has been published in
Is the quantum mechanical (virtual particle) vacuum expanding like the matter in the universe, or not? My initial answer from the gravity mechanism ten years ago was no, but I didn’t understand the dynamics of the model as a whole at

Quantum-Mechanical Model
Erwin Schrödinger, in developing a quantum-mechanical model for the atom, began with a classical equation for the properties of waves.
Schrodinger quantum mechanical model
In fact, in the quantum mechanical model you cannot say where the electron is to perfect precision: you can only give a probability that it is at a certain
A full Quantum Mechanical Model of the Atom
A full Quantum Mechanical Model of the Atom. The Bohr Model quantised the angular momentum of the classical electron trajectories for planar planetary type
Quantum Chemistry
Quantum mechanics methods are based on the following principles: form of the wave equation is sufficient to describe the clamped string model:
Quantum mechanical model of the Friedmann-Robertson-Walker universe
An N + 1 dimensional quantum mechanical model for the origin of the universe results in a 58 e-fold inflation and a cosmological constant/vacuum energy
The Transactional Interpretation of Quantum Mechanics
the actional interpretation of quantum mechanics by John G. Cramer. Model · 3.3 The Transactional Model and Relativistic Quantum Mechanics
Atomic Evolution
In the quantum-mechanical model, the electron's location is uncertain. Under the uncertainty principle, it is not possible to know both the momentum of the
Bohr Model
It turns out that these standing wave states for electrons correspond exactly to the "allowed" electron orbits in Bohr's model. So, Quantum Mechanics
Excitonic splitting in polymeric materials: a quantum-mechanical
Titolo, Excitonic splitting in polymeric materials: a quantum-mechanical model including interchain interactions and dielectric effect
The Legendre and Laguerre Polynomials & the Elementary Quantum
The Legendre and Laguerre Polynomials & the Elementary Quantum Mechanical Model of the Hydrogen Atom. quantum+mechanical+model: , , quantum+mechanical+model