DW about the ADHD. If you took a deep breath and suddenly transported to several hundred metres down, the pressure change would cause your lungs to implode. A similar fate to OceanGate except the debris would be your chest.
There are depths of the sea where divers have to use special exotic mixes of gas because the pressure pushes gases into your bones and stuff. Divers going into and coming out of these areas have to do so very slowly. Look into saturation diving and barotrauma if this topic is interesting. But the gist is, if you’re getting teleported anywhere in the ocean, not just the surface, you’re screwed. You simply cannot go from normal air pressure, to depth pressure, back to normal air pressure that quickly and not have problems.
My intuition was a bit off, if seems. My point was that at a certain depth, the pressure will start wreaking havoc with your internals. But the free dive record seems to be 126 meters, so I obviously should have gone with a bigger number 😅
Most of the human body is solid or roughly equal in density to water, however not all of it is, namely the lungs. Getting suddenly teleported to the Titanic would subject your body to crushing pressure. Somehow I think that might be unsurvivable.
You can hold your breath for 30s easy
If you remember to take a deep breath. My ADHD ass would 100% forget by day 3.
DW about the ADHD. If you took a deep breath and suddenly transported to several hundred metres down, the pressure change would cause your lungs to implode. A similar fate to OceanGate except the debris would be your chest.
Eh you won’t even drown in 30s if you don’t.
Not at 100 meters deep, you can’t!
Why not?
There are depths of the sea where divers have to use special exotic mixes of gas because the pressure pushes gases into your bones and stuff. Divers going into and coming out of these areas have to do so very slowly. Look into saturation diving and barotrauma if this topic is interesting. But the gist is, if you’re getting teleported anywhere in the ocean, not just the surface, you’re screwed. You simply cannot go from normal air pressure, to depth pressure, back to normal air pressure that quickly and not have problems.
My intuition was a bit off, if seems. My point was that at a certain depth, the pressure will start wreaking havoc with your internals. But the free dive record seems to be 126 meters, so I obviously should have gone with a bigger number 😅
Oh
I think the person meant on the ocean surface
Most of the human body is solid or roughly equal in density to water, however not all of it is, namely the lungs. Getting suddenly teleported to the Titanic would subject your body to crushing pressure. Somehow I think that might be unsurvivable.