SamTheSerious
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Posts posted by SamTheSerious
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This is so cool I had to link it.
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I find the property of fields interesting, for instance you can have a magnetic or electromagnetic
field that directly effects mass in the surrounding area but that mass is completly physicaly
un-connected with the mass creating the field. What are fields in a physical sence?
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well suppse you had a long tube that was under a vacuume, with electrodes at each end. When you apply a
AC voltage between the ends if it was high enough voltage you would get a plasma between the electrodes
so I was wondering if there would be a way to induce a solitary wave in that beam of plasma, it would
probably look like a ball of plasma brighter then the rest that travels from one end to the other.
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Hi, I've been thinking about soloid or solitary waves alot lately, and I was wondering
has anyone successfully built a soloid generator that used plasma as its medium?
I looked into the topic but only found demonstrations in a water tank or in a tank
of metal balls. I would seem logical to me that such a wave could be generated
in a plasma, what do you think?
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I think the only case where this would be correct is in logic gates,
for instance a OR gate with the inputs 1 and 1 will have output of 1,
but if you wanted to answer to be binary then 1 + 1 = 10 or 0 in binary
depending on the max bit size that you are allowed to use.
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Hi, just joined the fourum looks like it has some very interesting topics.
I'm a electrical and computer engineer currently employed as a research engineer (best job ever)!
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Cool Facts
in Other Sciences
Posted
Earth is not the only planet where lightning occurs, lightning has been detected on Venus, Jupiter, Saturn, Uranus, and Neptune
http://www.nasaimages.org/luna/servlet/detail/NVA2~4~4~7236~107762:Lightning-on-Jupiter?qvq=q:Sun%2BOR%2BMercury%2BOR%2BVenus%2BOR%2BMars%2BOR%2BJupiter%2BOR%2BSaturn%2BOr%2BUranus%2BOR%2BNeptune%2BOR%2BPluto;lc:NVA2~25~25,NVA2~57~57,NVA2~31~31,NVA2~60~60,NVA2~33~33,NVA2~26~26,NVA2~36~36,NVA2~62~62,NVA2~56~56,NVA2~55~55,NVA2~54~54,NVA2~45~45,NVA2~35~35,NVA2~53~53,NVA2~29~29,NVA2~27~27,NVA2~17~17,NVA2~46~46,NVA2~30~30,NVA2~44~44,NVA2~16~16,NVA2~47~47,NVA2~48~48,NVA2~61~61,NVA2~19~19,NVA2~52~52,NVA2~4~4,NVA2~1~1,nasaNAS~22~22,NVA2~20~20,nasaNAS~8~8,nasaNAS~10~10,NVA2~15~15,nasaNAS~13~13,nasaNAS~5~5,NVA2~18~18,NVA2~23~23,NVA2~8~8,nasaNAS~16~16,nasaNAS~2~2,NVA2~34~34,NVA2~14~14,nasaNAS~7~7,nasaNAS~6~6,NVA2~24~24,NVA2~13~13,nasaNAS~9~9,nasaNAS~4~4,NVA2~58~58,NSVS~3~3,NVA2~9~9,nasaNAS~20~20,nasaNAS~12~12,NVA2~21~21,NVA2~22~22,NVA2~49~49,NVA2~50~50,NVA2~51~51,NVA2~28~28,NVA2~43~43,NVA2~38~38,NVA2~32~32,NVA2~37~37,NVA2~39~39,NVA2~41~41,NVA2~42~42,NVA2~59~59&mi=19&trs=27920