I’m pretty sure every physicist in existence knows that. It’s just a simple principle that’s really hard to test, so actually testing it is pretty cool. Like dropping a steel ball and a feather on the Moon.
It is possible to do something cool and something that furthers science at the same time. Deep down, doing cool stuff is probably why most research scientists exist. Because it isn’t for the mad stacks of cash, I can promise you that.
Let the science people do their pew-pew-pew thing with the fancy toys and pretend they’re in Star Trek. At least they’re enjoying themselves while helping the rest of us out!
It’s also an excellent proof of concept for how to test with antimatter. Anyone who designs a test using anti hydrogen will look back at their methodology.
I’m pretty sure every physicist in existence knows that. It’s just a simple principle that’s really hard to test, so actually testing it is pretty cool. Like dropping a steel ball and a feather on the Moon.
Those are pretty expensive experiments. Are you sure they do them just because they are cool?
We choose to go to the moon and to do the other things, not because they are easy, but because they make me hard
giggity
Haha I missed it the first time.
It is possible to do something cool and something that furthers science at the same time. Deep down, doing cool stuff is probably why most research scientists exist. Because it isn’t for the mad stacks of cash, I can promise you that.
Let the science people do their pew-pew-pew thing with the fancy toys and pretend they’re in Star Trek. At least they’re enjoying themselves while helping the rest of us out!
It’s also an excellent proof of concept for how to test with antimatter. Anyone who designs a test using anti hydrogen will look back at their methodology.
You think they get rich off them?
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