If you did the same experiment with nanoscale piezoelectric materials instead of alcohol, would you get an electrostatic discharge? I hypothesize the huge electrostatic discharges that take place in the mouth of erupting volcanoes, and in ice /cloud formations (thunder storms) are the result of piezoelectric crystals inter-reaction with cosmic rays. Ice is piezoelectric and in a volcanic eruption silicon based nano crystals would be forming as hot gases are ejected into the atmosphere.
They're trails of gas charged particles leave behind. The particles are mostly muons which are leptons, like electrons. They're created in the upper atmosphere when high energy EMR (Cosmc Rays) collides with molecules of atmospheric gas. They aren't being created by radioactive decay, as there's no radioactive source present.
Is this experiment successful then with out a radioactive source being present? My physics teacher and I were thinking of building one. My only concern is, does a school building itself reduce the amount of cosmic rays?
@nkip9230 The first minute of the video shows only background radiation, so yes it works quite well. And you really don't need to worry about the minimal shielding effects of the building.
If you did the same experiment with nanoscale piezoelectric materials instead of alcohol, would you get an electrostatic discharge? I hypothesize the huge electrostatic discharges that take place in the mouth of erupting volcanoes, and in ice /cloud formations (thunder storms) are the result of piezoelectric crystals inter-reaction with cosmic rays. Ice is piezoelectric and in a volcanic eruption silicon based nano crystals would be forming as hot gases are ejected into the atmosphere.
Torebasan 4 months ago
What are you using as the particle accelerator
butterfingers8008 6 months ago
looks like non-stop collapsing ground
TheBserk 1 year ago
MINI RAIN FTW!!!
zker666 1 year ago
kia lush scene he yar. i mean it is awsome.
Annie2902 1 year ago
The little jets of white stuff are subatomic particles right?
starcrossedlurve 2 years ago 5
They're trails of gas charged particles leave behind. The particles are mostly muons which are leptons, like electrons. They're created in the upper atmosphere when high energy EMR (Cosmc Rays) collides with molecules of atmospheric gas. They aren't being created by radioactive decay, as there's no radioactive source present.
BraedonR 2 years ago 5
Is this level of bombardment the same deeper in the earth? Would I be protected from this miles down?
ZZPharesZZ 1 year ago
@BraedonR
Is this experiment successful then with out a radioactive source being present? My physics teacher and I were thinking of building one. My only concern is, does a school building itself reduce the amount of cosmic rays?
nkip9230 1 year ago
@nkip9230 The first minute of the video shows only background radiation, so yes it works quite well. And you really don't need to worry about the minimal shielding effects of the building.
BerkeleyLectureDemos 1 year ago
Comment removed
anorwood84 2 years ago
No, just atomic particles. You're seeing the same cloud condensate around it as the alpha or beta radiation/particles hit the vapors.
chadyoutub 1 year ago
wow awesome XD
talahkaluka 3 years ago
What are the little jets of white vapor shooting everywhere?
mediumpimpn 4 years ago
Radioactive decay, the biggest ones(lines) are mostly alpha particles, but other particles can also be detected.
Livewacker 3 years ago
that's not radioactive decay those are cosmic particles
3016361512345 3 years ago
and most interestingly, you are an idiot on a science video
LOLDISNEYLAND 2 years ago
that's only ur opinion.
solomonXR1 2 years ago
great video!
frizspin175 4 years ago