MERLOT Materials
Show results for
Filter by
- Atomic and Molecular (31)
- Condensed Matter (78)
- Laser Physics (3)
- Nuclear and Particle (29)
- Relativity (10)
A collection of simulations and virtual labs focusing on first-year college physics. PhET provides fun, interactive,... see more
VR Molecules presents dynamically and interactively the vibration and rotation modes for 24 molecules (out of a more... see more
This website contains a collection of interactive tutorials on introductory physics. Topics include Newtonian mechanics,... see more
Provides pictures and a movie that uses ray tracing to explore the effects of relativity.
Explore how electrical potential can cause migration and separation of macromolecules according to size in a cross-linked... see more
A Shockwave simulation designed to illustrate the basic principles and operation of a mass spectrometer.
Welcome to Physics 2000, an interactive journey through modern physics! This is a place to have fun learning visually and... see more
A complete set of simulations for the second semester of a college level physics class.
A large collection of applets, VMRL image galleries, and DOS programs (most of which are listed separately within MERLOT)... see more
An interactive applet, with many of the parameters user-defined.
A multimedia approach to the fabrication steps in making a pn junction diode.
Applet and tutorial, with references, quiz, worksheet, and SPICE model.
Allows user to choose an energy for a quantum-mechanical system described by a user-defined potential energy function.... see more
Interative representation of radioactive decay series: Th232, Pu241, U238, U235.
An applet that demonstrates the rate of conversion from parent nucleus to daughter nucleus in radioactivity.
This simulation shows the spreading of a wavepacket, a phenomenon which is a direct consequence of the Heisenberg... see more
The animation above shows a simulation of the Young-slit experiment, performed with either photons, atoms or electrons.... see more
Explore how an individual Field Effect (FET) transistor is fabricated on a silicon wafer simultaneously with millions of... see more
Electrons are distributed around an atom according to probability density distributions. Visitors can use this... see more
An entire tuturial, with an applet and a link to a corresponding SPICE model.
A Java applet simulating the Bohr model of the hydrogen atom.
Carrier concentration vs. Fermi Level and the Doping of Donor and Acceptor Impurities
Scroll bar sets a negative bias voltage. Applet simulates the resulting motion of carriers into the p-type region.
An online Chart of the Nuclides divided into 29 parts. Clicking on each part zooms in closer on the nuclear properties of... see more