wavefunction

Because of the constant electon/postitron splitting and pairing, the wavefunction is very, very chaotic appearing.

Dawkins and ID 2008

He also generalized that the quantum wavefunction is not algorithmic.

Damn Duck 2008

Because of the constant electon/postitron splitting and pairing, the wavefunction is very, very chaotic appearing.

Dawkins and ID 2008

In the first slide of that lecture he points out that a wavefunction is not a physical observable (because otherwise the collapse of a wavefunction in an experiment would imply superliminal propagation of a physical object).

Are Changes Brewing and How Does the Mind Fit In? 2008

Most physicists particularly experimentalists are content to use the idea of wavefunction collapse as a calculational shortcut and go about the business of predicting and measuring the physical world, for which regular quantum theory works astound-ingly well.

How to Teach Physics to Your Dog CHAD ORZEL 2009

But according to quantum mechanics, the true state of the food could be a combination, known as a wavefunction, which takes the form (food) = a (salad) + b (steak), where a and b are some numerical coefficients.

Quantum interrogation Sean 2006

To understand the term "wavefunction", please look at this Mandelbrot Set.

Cleaning Up The Mess 2007

In quantum physics the atoms in a gas are described by a wavefunction which is a function of all the coordinates of the atoms, but which only specifies the probability of finding a particle in a given region at a given time.

Additional background material on the Nobel Prize in Physics 1996 1996

Actually, that seems to be the point: if there’s a puppy, the wavefunction gets remixed whether or not the puppy makes a ruckus, whereas the wavefunction is the same if there is no puppy.

Quantum interrogation Sean 2006

Actually, that seems to be the point: if there’s a puppy, the wavefunction gets remixed whether or not the puppy makes a ruckus, whereas the wavefunction is the same if there is no puppy.

Quantum interrogation Sean 2006

Mathematically, the fundamental property of fermions is that when two of them switch positions, the ‘wavefunction’ that represents their collective quantum state changes sign, meaning that it gets multiplied by –1.

Physicists describe exotic ‘paraparticles’ that defy categorization Davide Castelvecchi 2025

Mathematically, the fundamental property of fermions is that when two of them switch positions, the ‘wavefunction’ that represents their collective quantum state changes sign, meaning that it gets multiplied by –1.

Physicists describe exotic ‘paraparticles’ that defy categorization Davide Castelvecchi 2025