http://physics.syr.edu/courses/vrml/electromagnetism/ (wayback 1998)

WEBSITE PARTIALLY RESTORED (2019) - broken links removed (but content retained for historical purposes)
Module Content Last modified: 12 Oct 1996
Homepage Last modified: Sat Aug 18 17:50:07 2001
VRML Browser links updated: Apr 27 2006

The content is being updated to use a new VRML viewer (X_ITE)
For now, visualrelativity.com/vrml/electromagnetism/x_ite/

__test-X_ITE.html

VRML 2.0 these are VRML 1.0

VRML Gallery of Electromagnetism

Rob Salgado
[old]~~(salgado@physics.syr.edu)~~

Ampere's Law anim (255 kb)
Assorted anim (940 kb)
A line-integral (166 kb)

These pages are some of my attempts to visualize the vector fields (actually differential forms) of electromagnetism. These images are inspired by the works of the authors in my references.

[links removed, names of VRML browsers kept for historical purposes]

These visualizations require a
VRML-enabled browser. CosmoPlayer information from Karmanaut
CosmoPlayer at NIST
CosmoPlayer installation advice (vrmlworks.crispen.org)

or WorldView or Blaxxun or Cortona
or my new favorite:

GLView

(Mac: Zaptech
BeOS: Breeze
Linux et al... build your own: OVAL.
With help from Sun's Java3D xj3d )

Try this new Shout3D version of my Electric Dipole.

Since September 30, 1996, you are visitor number [COUNTER]

Addition
Wedge Product
- Wedge Product: Vector/Bivector
- Wedge Product: 1-Form/2-Form
Raising and Lowering of Indices
- Raising and Lowering: Vector/1-Form
- Raising and Lowering: Bivector/2-form
Unit Vectors
Charged Point (Coulomb)
Two Charged Points
Charged Dipole
Charged Sphere
Charged Cylinder
Charged Plane
Two Charged Planes (Parallel-Plate Capacitor) [FIXED]
Faraday Law
Ampere-Maxwell Law
Line-integrals
- A line-integral via vector-calculus
- A line-integral via differential-forms
Ideas
Notes from my summer course in electromagnetism PHY 212 - Summer 97