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EverCurious

Senior Members
  • Posts

    51
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About EverCurious

  • Birthday 05/01/1990

Profile Information

  • Location
    S. California
  • Interests
    Small time programming/scripting, Computer games, Trying to get a job as personal assisstant with Cal. Tech Professor of Physics...you know..the usual
  • College Major/Degree
    High School Sophomore- Honors/AP/IB
  • Favorite Area of Science
    Theoretical Physics, Engineering
  • Biography
    School Friends/Family Computer...and water polo too...(although not so much, as i'm not particularly athletic)
  • Occupation
    Intern with En-TERMINUS

Retained

  • Meson

EverCurious's Achievements

Meson

Meson (3/13)

11

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  1. Do you mind posting the specs of your experminet, and your process, i want to create your experiment at home. It also may be possible that the shape of the bottle of the angle placement is affecting the location of your "plasma" ball. It seems much more sci-fi than reality, but then again, the frontier of science is the beginning of sci-fi.
  2. this has to be the most intresting thread out there.
  3. good point but i think its possible to calculate the amount of heat generated upon the tip of the needle, i wouldn't mind showing you the mathematics but i'm swamped with work right now Does anyone think high frequency radio waves can generate 2000 degrees C?
  4. All three? I can't remember the title but my cousin had one, and it was free too. I'll send him an e-mail, see if he says anything about it.
  5. my mistake, i am well aware of the amount of temperature that a common household bulb can genearte. I was seeking knowledge that I did not know about. Does anyone think high frequency radio waves could be capable of generating 1500 or more C?
  6. Post that in the Chemistry section, and you'll get doctorate quality responses.
  7. The idea of being on the brink of discovery. And if not that, the hot nerd babes. Drinks all around!
  8. yes...give me a break sasuke ;-) i thought of this when i was in a state of delerium from all that instant ramen.
  9. hexagonal pencils have less wind resistance
  10. Its size and heat produced is inversely equated. Basically if it is able to heat up rapidly, I would not need a big device, however if it heats significantly slowly, I need something big.
  11. It's possible to count to sixty at a measured interval. I did tell you my method would be the weakest, yet it is still rough, and probably barely counts as an answer.
  12. I understand that there are blast furnaces and electric arc furnaces, but is it possible to generate an incredibly intense amount of heat (1500 degrees C) within a short period of time? Flash heating? I've considered the usage of thermite, but I have no other idea.
  13. Yes, I understand that it is difficult, but again, the only way I could fail, is by giving up. Thank you.
  14. Why not decapitate certain parts of your body, measure them in segments and add it. (NO i'm not serious. I was making a joke.)
  15. thank you
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