MERLOT Materials

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25-48 of 56 results for: MERLOT Materials

Applet demonstrates the scattering cross-section of an atom.

Tutorial on the fundamental theories of Bose-Einstein condensation.

The learning environment provides a virtual laboratory with the simulation of an electron diffraction tube. Students can... see more

Examine how electrons in an atom are excited into higher energy states by photons of varying wavelengths. This tutorial... see more

In this course, students learn about the fundamentals of photoelectric conversion: charge excitation, conduction,... see more

This tutorial [and applet] explores excitation and decay pathways in fluorescence, phosphorescence, and delayed... see more

A Web assignment on the density plots of the hydrogen atom, with user controls of the quantum numbers. Site asks a series... see more

Web assignment featuring a physlet by Wolfgang Christian that solves the Schroedinger Equation for a finite square well.... see more

A series of applets demonstrating the effect of various potential energy functions on the wave functions of particles.... see more

A series of applets on basic quantum physics. Topics include: Spherical harmonics and Carbon 60.

Applet and tutorial on basic quantum mechanics, including discussio of the Franck-Hertz experiment.

Web assignment using an embedded applet by Wolfgang Christian. Tests user on their understanding of the meaning of... see more

Web assignment using an embedded applet by Wolfgang Christian on the finite square well potential. A list of helpful... see more

Assignment on the quantum properties of the hydrogenic atom using an applet by Wolfgang Christian. Special emphasis is... see more

A series of applets on basic quantum physics, covering topics: two-dimension quantum box, two-dimensional harmonic... see more

Seven applets designed to illustrate various time-dependent quantum mechanical systems.

Basic tutorial on the fundamentals of the electromagnetic spectrum created by transitions in atoms.

A series of applets on the role of spin in quantum physics. Topics include: How to represent a spin 1/2, Larmor... see more

Applet and tutorial on the Bohr atom in atomic physics.

This classic diffraction experiment was originally created by Ernest Rutherford in 1911, and can be used to explore how... see more

Applet demonstrates the intensity spectrum due to the vibrational motion of various diatomic molecules. Temperature is... see more

A series of applets on basic wave mechanics in quantum physics. Topics include wave/particle duality in quantum... see more

This course provides an introduction to optical science with elementary engineering applications. Topics covered in... see more