Not if you learn the science behind it. Explination. Deuterium and Tritium, both radioactive isotopes of hydrogen are fused together. This releases energy and breaks apart the atoms. Which can then fuse together to release more energy. Lets say a proton fuses with another proton. The one of them decays into a neutron, releasing a positron and a neutrino. The positron goes on to annhilate an electron. Whats left is a hydrogen core. Add a proton, you get ppn(protonprotonneutron). Two ppn can fuse into helium 4 and release 2 protons.and the reaction happens all over again. Deuterium and tritium fuse into helium which can fuse with a lot of other elements really. Im not not gna mention em here.
@@archetype6790 nope. That’s a partical collider/accelerator you’re talking about (with the vacuum). Also, nuclear fusion experiment videos do exist and they have sound to them. The person just asked why you used a fission reactor startup as sound, no need to be rude. I like these visuals though!
Fortunately no. Imagine if that superhot plasma touched the walls for even a split second. It would be unlike any disaster the earth has seen in 50 million years. It would vaporize everything for hundreds of miles and send radioactivity around the earth
@based146 fusion on earth requires temperatures 10 times hotter than the CORE OF THE SUN. If that magnetic containment fails even for an instant its like a thermonuclear bomb. Worse yet is almost all the radiation isn't alpha or beta like most radioactive things nooooo it's neutron radiation which can't be controlled by the magnets and will pass through many feet of shielding. Worse still it makes non radioactive things radioactive and with very dangerous short lived intensely radioactive ☢️ isotopes.
@@kg4bojlmao your comment makes me laugh hysterically Btw the fusion reactor only produce two things, it's hydrogen and water, and it's not radioactive Even if the reactor fail, the plasma would just poof and nothing happen
@mrsmall9917 Unfortunately that's not correct. Fusion produces copius amounts of neutrons which through neutron activation make anything they contact extremely radioactive ☢️. Any plant that will make electricity is going to have a MUCH greater plasma density. For now it's basically almost a vaccum but to make a power plant they will basically have a sustained thermonuclear explosion continuously roaring away and if they lose containment it will blow up as metal turns to gas and vaporize the radioactive ☢️ reactor components and send them far and wide. Think chernobyl but on a scale 10 fold in magnitude.
![Noob To Max With DRAGON REWORK In Blox Fruits [FULL MOVIE]](http://i.ytimg.com/vi/LnBMOinoOvA/mqdefault.jpg)
So fusion reactors basically play Dark Synth/Drone Doom-Ambient, cool!
Man, the superhot plasma looks so awesome there
Thats not actually plasma, it’s just the bofa reaction
@@TheKalebMendoza bofa deez
@@Keterius 💀💀💀
i dipped my fingers in it, it looked like cotton candy but it wasn't :(
nuts@@Keterius
wow , just like sci-fi movies, amazing
Not if you learn the science behind it.
Explination.
Deuterium and Tritium, both radioactive isotopes of hydrogen are fused together. This releases energy and breaks apart the atoms. Which can then fuse together to release more energy. Lets say a proton fuses with another proton. The one of them decays into a neutron, releasing a positron and a neutrino. The positron goes on to annhilate an electron. Whats left is a hydrogen core. Add a proton, you get ppn(protonprotonneutron). Two ppn can fuse into helium 4 and release 2 protons.and the reaction happens all over again. Deuterium and tritium fuse into helium which can fuse with a lot of other elements really. Im not not gna mention em here.
This is not what a Fusion Reactor sounds like at all. And why would you add sounds from a Fission Reactor?
@@archetype6790 nope. That’s a partical collider/accelerator you’re talking about (with the vacuum). Also, nuclear fusion experiment videos do exist and they have sound to them. The person just asked why you used a fission reactor startup as sound, no need to be rude. I like these visuals though!
@@archetype6790 bit of overreacting mate
@@archetype6790 chill bro
@@archetype6790 damn chill bruh
@@archetype6790 🤡
wooooo!!!, thats the firts time i see plasma at this level
Cool sounds bro
fusion reactor inside chamber really hot amazing that cool
Imagine the day that we can harness this power to travel the stars. We will become new pioneers of the universe.
What blows my mind is NOONE truly gets what this means for humanity as a whole
Codsworth loved that!
sounds like a Marker from deadspace
My computer playing beamng drive
Vroooooom!!!!!!
So how can we heat water with this?
I would never imagine the kinda of orbs that would be generated
Next RTX 5090ti
*My crusty ahh laptop trying to run roblox on minimum graphics*
Wtf fission noise dubbed on a fusion vid
ford fusion startup:
so nuclear fusion works?!
Fortunately no. Imagine if that superhot plasma touched the walls for even a split second. It would be unlike any disaster the earth has seen in 50 million years. It would vaporize everything for hundreds of miles and send radioactivity around the earth
@based146 fusion on earth requires temperatures 10 times hotter than the CORE OF THE SUN. If that magnetic containment fails even for an instant its like a thermonuclear bomb. Worse yet is almost all the radiation isn't alpha or beta like most radioactive things nooooo it's neutron radiation which can't be controlled by the magnets and will pass through many feet of shielding. Worse still it makes non radioactive things radioactive and with very dangerous short lived intensely radioactive ☢️ isotopes.
@@based146 Even if it only goes fissile that's more dangerous than the bomb because it spreads a ton of radiation everywhere.
@@kg4bojlmao your comment makes me laugh hysterically
Btw the fusion reactor only produce two things, it's hydrogen and water, and it's not radioactive
Even if the reactor fail, the plasma would just poof and nothing happen
@mrsmall9917 Unfortunately that's not correct. Fusion produces copius amounts of neutrons which through neutron activation make anything they contact extremely radioactive ☢️. Any plant that will make electricity is going to have a MUCH greater plasma density. For now it's basically almost a vaccum but to make a power plant they will basically have a sustained thermonuclear explosion continuously roaring away and if they lose containment it will blow up as metal turns to gas and vaporize the radioactive ☢️ reactor components and send them far and wide. Think chernobyl but on a scale 10 fold in magnitude.
Jsi triga sound at the end
enigmatica 2 expert