You really have to work fast once the cap comes off of the magnet, or the helium gas can quickly envelop the room. I normally count out loud to make sure my voice isn't changing. We also carry oxygen meters that go off if the O2 levels drop below a certain threshold. So the answer is work fast and don't miss when stinging :)
@Szwedo730 luckily, it flashes away almost instantly at room temperature but it can still leave pretty serious contact burns with even small exposures. If I were to touch that jet plume (1:57) even for a second, it would for sure burn me. We really have to be careful during this process. Thanks for the question!
@ how come would you burn yourself? I thought you’d freeze? If it’s kept at a super cool state, then how come you won’t freeze to death? Could you do a video on this? Do you have a one - one platform I can reach you on such as Discord or something?
How do you not suffocate while doing this?
You really have to work fast once the cap comes off of the magnet, or the helium gas can quickly envelop the room. I normally count out loud to make sure my voice isn't changing. We also carry oxygen meters that go off if the O2 levels drop below a certain threshold. So the answer is work fast and don't miss when stinging :)
VERY LOW AUDIO
If liquid helium is being made at -270° then why have we not freeze to death?
@Szwedo730 luckily, it flashes away almost instantly at room temperature but it can still leave pretty serious contact burns with even small exposures. If I were to touch that jet plume (1:57) even for a second, it would for sure burn me. We really have to be careful during this process. Thanks for the question!
@ how come would you burn yourself? I thought you’d freeze? If it’s kept at a super cool state, then how come you won’t freeze to death? Could you do a video on this?
Do you have a one - one platform I can reach you on such as Discord or something?