Their result for The Subatomic Test ...

Neutrino

Extremely elusive

You are the neutrino. You are light and neutral. You are very difficult to detect, so you usually go completely unnoticed. You can even pass right through the Earth without much trouble. You refuse to interact with anyone except electrons, and even then only very rarely. It might seem like a lonely life, but at least you don't have to be stuck in an atom, going around and around. You choose to live free.

Their Analysis (Vertical line = Average)

  • Charge Distribution

    They scored -1% on Charge, higher than 18% of your peers.

  • Mass Distribution

    They scored 6% on Mass, higher than 16% of your peers.

All possible test results

Electron

You are the electron. You are light and negative. You are in many ways the most useful of the particles. You make everything electronic work. You make up the particle beam in the TV. You make ballo... Read more

Muon

You are the muon. You are heavy and negative. You're not like those normal particles. You often come crashing in from the sky, and you make sure to let people know that you're there. Well, people with... Read more

Neutrino

You are the neutrino. You are light and neutral. You are very difficult to detect, so you usually go completely unnoticed. You can even pass right through the Earth without much trouble. You refuse to... Read more

Neutron

You are the neutron. You are heavy and neutral. You usually hang around in the nucleus of the atom, pretending you don't care. You are the heaviest of the "normal" particles, and the one with the most... Read more

Positron

You are the positron. You are light and positive. You are the most common form of antimatter - that's right, you're one of the completely unrealistic details from "Angels and Demons". The good news is... Read more

Proton

You are the proton. You are heavy and positive. You are a stable particle, usually keeping your calm. It has been theorised that you sometimes fall apart, but that is so rare it most likely won't happ... Read more

Higgs particle

Something must have gone wrong. It's not supposed to be possible to get this result. Maybe it was some sort of quantum mechanical effect? Message me so that I can fix it. Read more

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