This Blew My Mind!
-
Me, pretending to understand this thread, whilst wishing I hadn’t rewatched The Matrix yesterday…
-
I only popped on here to look at the jeans.
-
@Mizmazzle This honestly made me nauseated for a second as my brain tried to comprehend.
-
Contemplating the infinite and how inconsequential we are on the cosmic scale can both “blow your mind” and lead to existential dread. For me it does the former but not the latter. If anything it just makes me more grateful to be here for what time I have. There’s a great documentary about infinity on Netflix that touches on that. Even though there will never be a way to be sure about the various multiverses, I have reasons to believe at least in the first 3 I won’t bore you with and believe the 4th is possible. None of it makes any functional difference in how I live my life.
@Matt what’s cool about it other than a natural desire to understand how it all came to be is that this kind of exploration can yield valuable outcomes. Without quantum mechanics, we wouldn’t have microprocessors or be talking right now, for example.
But also yeah, shag off ya tossers
-
One thing is for sure: If this is a simulation I want to thank whoever is playing me for discovering the IH part of the map. And so early too, great job!
-
went on a short city trip to Heidelberg and amongst many other great things I of course visited the Castle to discover this massive wine cask which absolutely blew my mind!
apparently a total of four versions were built, starting with the first in 1591 which was destroyed during the 30 years war to be used as fire wood
in the pictures you can see the fourth version built in 1751 which can hold 220.000 litres of wine. I should say COULD as it was never really water tight and was only filled completely three times.
-
-
@WhiskeySandwich freaking nuts that it gets “many times hotter then the sun!!”
-
They’ve gone at least 250,000 x the temperature of the core of the sun in particle accelerators: 4 trillion degrees Celsius, enough to decompose subatomic particles. For context, a type 2 supernova (when a huge star runs out of hydrogen and collapses / explodes with unimaginable violence) is (only) 2 billion degrees and that’s enough to create the heavy elements that we and our world are made of.
We really are made out of the remains of stars. Pretty cool.
-
@mclaincausey …I do believe that some of us are more gaseous than others, especially after a night of drinking…
-
@goosehd
beer and cider man. I don’t understand the biology but I can feel the impact when I know it must still be in my stomach. -
@mclaincausey at temps like that, i cant help but wonder why anything that hot wouldn't just laserbeam itself into the center of the nearest/strongest source of gravity. How is something like that kept from burning through the floor like Alien drool?
-
@WhiskeySandwich if you mean in the particle accelerator I think that the heat is so small and brief that it can’t do anything like that.
The quark-gluon plasma formed is said to be superfluid, which means it has no viscosity. Imagine stirring something and it just keeps stirring forever. This is what they think constituted the early universe after the Big Bang before it cooled into the matter we know and love. There is some theorizing that certain stars (neutron and quark stars) have this state of matter in them.
One more mind blower. There is a pulsar that is spinning 716 times per second. That means its equator is moving at 25% of the speed of light. It is 50 trillion times the density of lead with 1 trillion times the magnetism of the sun.
