Comments by "" (@jmitterii2) on "Can You Touch An Atom?" video.

  1. Nope. Since an atom is too small to make up genitalia. And your own genitalia are at least a quintillion (US) or 10^17 atoms. Fucking seems to be a group of atoms, lots of atoms, activity... you could say sex act is an orgy of atoms. There goes the monogamy of atoms. Unless you want to expand your definition of fucking/sex to include molecular bonding; in that case di-nitrogen (N2) triple bonds... Nitrogen are serious serial monogamist. And O2 are sluts, serious open relationships. And carbon... talk about a fuck train.
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  2. My 6th grade teacher in 1996, and a few other teachers remarked we may never get to observe atoms directly they're so small. Being a rebellious little shit I would counter, well if they could observe DNA molecule shape in the 60's, we ought to at some point observe directly. But he was amazed that I was able to get imported Swiss chocolate from at the time ZCMI and for the science fair bring in an ultra violet light that he said were hard to come by, but my dad being an amateur gold prospector and other geological mineral collector like geode rocks, quarts crystals, etc. my dad had a couple UV lights. My 6th grade science fair project was on the various wave lengths of the EM spectrum from visible light to UV to radio EM. And using mirrors and other medium to cause refraction, reflection, diffraction, etc. I would have included Rayleigh scattering had I known burning candles, candle smoke, you can observe the blue light scattering effect.
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  3. The conversion EM to sound is interesting, its just using the EM wave to vibrate a diaphragm. Crystal radio earphones work the same way, then the radio itself using a diode and crystal to rectify and modulate the EM wave into sound modulation to then be sent to the earpiece to jiggle the diaphragm. EM waves are jiggling of electrons and magnetic fields; we don't hear those, and in the visible light spectra we literally see them with our eyes. Sound waves are kinetic jiggling of large lumps of matter under pressure; solids, gas, and liquid transmit the wave as they all jiggle to produce the sounds we hear. http://www.explainthatstuff.com/loudspeakers.html https://rimstar.org/equip/crystal_earphone_earpiece_for_crystal_radio.htm https://en.wikipedia.org/wiki/Crystal_radio
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