Freshman Scientific Journalism - Physics

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SUMMARY

This discussion focuses on selecting engaging physics topics for a PowerPoint presentation aimed at freshman engineering students. Suggested topics include "Entropy Death," "Carbon Nanotubing," and "Time Travel and Causality." The poster seeks ideas that require approximately 6 to 7 hours of research to present effectively while maintaining interest among peers with moderate physics knowledge. The poster also shares a Google page with RSS feeds from PhysOrg and PopSci for additional resources.

PREREQUISITES
  • Basic understanding of physics concepts such as entropy and causality.
  • Familiarity with PowerPoint presentation techniques.
  • Knowledge of current scientific literature and resources like PhysOrg and PopSci.
  • Research skills to synthesize information from articles into a coherent presentation.
NEXT STEPS
  • Research "Entropy Death" and its implications in thermodynamics.
  • Explore the properties and applications of "Carbon Nanotubing."
  • Investigate theories of "Time Travel" and their philosophical implications.
  • Review recent articles on physics topics from PhysOrg and PopSci for presentation ideas.
USEFUL FOR

Freshman engineering students, educators in physics, and anyone interested in creating engaging scientific presentations.

Artius
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I need some topic ideas within the realm of physics that might captivate the interest of fellow Freshman engineers when presented as a powerpoint. Something along the lines of Entropy Death, Carbon Nanotubing, Time Travel and causality, etc within two weeks. Some links to articles would be appreciated :)
 
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Sorry about the frontness and ambiguity in my post, my original intention posting this here was to ask if anyone knew of a phenomenon or theory of interest that I could slap onto a power point presentation with roughly 6 or 7 hours' worth of research that would be sufficient to explain the topic deeply enough, and would be of interest to colleagues with a moderate interest in Physics. Topics such as string theory would bore most of the non-mathematics majors in this course and would definitely earn quite a few scoffs >.>
 
If you're interested, I maintain my Google page with RSS feeds from PhysOrg in a few different areas plus PopSci and I pick out the most interesting ones to me to share. There are lots of different things that I think are cool, so I think rather than listing them you can see here and you can read the articles to see if it's something you'd like to pursue further.

http://www.google.com/profiles/hadsed
 

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