#electricity
Electrons (e−)
Mass: 0.51099895 MeV/c^2
Charge: -1 e ( 1.60217662 × 10-19 C)
Spin: ½
Color:None
Antiparticle:positron
The electron is a first generation fermionand a lepton. Fermions are particles with have half-integer spinthat follow Fermi-Dirac statistics and obey the Pauli exclusion principle. The Pauli exclusion principle states that two identical fermions can’t occupy the same quantum state (i.e. have the same quantum numbers within a quantum system). Leptons are a subcategory within fermions that can exist independently (without binding together) and do not interact through the strong force unlike quarks. Lastly the generations of the fermions loosely refers to the higher masses for particles in higher generations.
The existence of electrons was first discovered by J.J. Thompson in 1897 when he experimented with cathode ray tubes like the one depicted above. By applying electric and magnetic fields across the cathode ray Thompson was able to determine the mass-to-charge ratio of the particles in the cathode ray. With this he found that the particles were much smaller than any atom and by testing different sources, these negatively charged particles exist in every element.
Electrons are one of the primary charge carriers in atoms alongside protons but are the primary contributors to electric current. Electrons also have an intrinsic property known as spin which contributes to paramagnetismin certain materials.
Above is a video of an electron riding a light wave. The video was taken using a stroboscope which captures. More on it here (article)andhere (video).
Research involving electrons covers almost every corner of modern physics from high energy particle physics to condensed matter physics and even quantum computing. I have linked articles on recent research with a focus on electrons below for further reading.
Geometry of an electron determined for the first time
Machine learning unlocks mysteries of quantum physics
Sources:(1) & Image 1 -(2) -Image 2-(3)
Phototubes, shown here, emit electrons when exposed to light that produce electrical currents. This 1937 episode of GE’s “Excursions in Science” series came out just as manufacturers were beginning to take the device mainstream. The first commercial application was the reproduction of sound for motion picture films.
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“Just let all of your orgasms out. Scream and yell and cum like a little whore. I want to watch your body wither and wiggle around as you feel non-stop pulses stimulate your body to the max.”
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“Now as you cum I want you to remember that you begged for this. You begged for all these orgasms when I was teasing you.”
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I’m not a monster. I let him out of chastity to masturbate in front of me. …I also shock his balls, starting at a higher voltage each time. Will he learn to cum from pain? Stop asking for release? I don’t have a plan. Just want to be entertained.
Apparently my state is about to be hit with some horrible hurricane. I’ll probably lose electricity for a few days.
My blog is queued up to run itself for a while but I’m going to feel compeltely lost without internet.
If you send me asks, I will get to them as soon as I can.
<3
Elec Man showing off.
I started working on the follow up of this
https://64.media.tumblr.com/56baddcf29ee0c8baf2989a29054cc28/7c37e431cfff862a-d0/s400x600/a5261050a62d7eb710ec4d1c4fc2bc8d273bb7a3.gifv
I always felt he belongs in the wrestling ring with that mask and demeanor.
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