Main Page

WELCOME, the Universe may be not quite at your fingertips

Andromeda galaxy is in range of an expensive 57 traveler-year 1-gee proper acceleration round trip, but how far from earth can we (and et) afford to go?

Today's date: November 1, 2024

This is the frontpage of wiki.umsl.edu/electrons, an invitation-only MediaWiki platform for the sharing and collaborative development of ideas and resources hosted by the University of Missouri - St. Louis.

It is one of many research-focused companions to the intra-campus site at wiki.umsl.edu, as well as to a mix of invitation-only collaboration spaces hosted by Google, pbWorks, etc.

Topics of special interest here include:

• use of electrons and tips for the characterization of condensed matter on the atomic scale,
• the mathematical study of correlation-based complexity with log-probability tools,
• laboratory study of astrophysical dust from around our star and around other stars,
• multiscale and cross-disciplinary perspectives in modernizing the educational experience,
• and what else?

Sketch assembled with Joerg Mueller's concept-mapping program freemind. An interactive flash version is here.

Au-Pd atoms on graphite.

Kikuchi map for diamond.

Internal C-nanotube closure.

Picometer strains in Si on SiGe.

Missing column in WC1-x?

Pentacone rel-space shadow.

Metazoan attention-slice pie.

Pt/ssDNA/SWNT/haC image.

Icosahedral twin fringemap.

Si[100] bend contour spider.

1nm steps on etched α-recoil.

High-Z atom in C-rich starsmoke.

Currently, there are 340 articles and 1,934 uploaded files.

Help improve this resource!

Complexity's bloom and decline.

Thickness fringe zl-defl map.

If you'd like to participate, let us know since to view or edit pages contained in this site you must have a local account.

Once you have an account, please contribute to the creation of new pages and the development of current ones. Here is a link to an editing guide on the Wikimedia site.

Please go to the Enhancement Suggestions page to submit or comment on ideas for future improvements.

UMSL Wiki Site Policies

Thickness fringes in Si.

Policies regarding usage and content can be found on this Usage Policies page. Accessing pages on or Logging into this site acknowledges agreement to these polices.

Related Web Resources

• This page on zero-loss deflection maps.
• This page on lattice fringe practicals.
• This page on digital darkfield decompositions.
• For fun, checkout the games at the Physics Games website.

Nice link! pFraundorf 18:51, 29 April 2010 (UTC)

Blosics is addictive mike 19:03, 29 April 2010 (UTC)