Ah! Well the Hubble constant in itself is not linked to it, except that the expansion of the universe affects the HC’s value. And that might be affected by whether or not dark matter exists. Dark matter’s existence will effectively decide which kind of universe we inhabit. Which could mean different times since its beginning and therefore a different HC. As for what it is? Nobody knows yet. We’re pretty sure it’s there but, since it doesn’t interact with light or charged particles (except through gravitational bending) we can’t investigate it. Yet.
Holy fuck my mind is blown. Physics is amazing, thank you for the video
do you have any videos that cover hertsprung russel diagrams
He already posted a video
hey. i didn't quite get spec 171 (iAL) in the video.
I’m going to need a little more information.. what is it you’re not getting?
@@nutshellphy how the hubble's constant is linked with the existance of dark matter. and what dark matter is in the first place
Ah! Well the Hubble constant in itself is not linked to it, except that the expansion of the universe affects the HC’s value. And that might be affected by whether or not dark matter exists. Dark matter’s existence will effectively decide which kind of universe we inhabit. Which could mean different times since its beginning and therefore a different HC.
As for what it is? Nobody knows yet. We’re pretty sure it’s there but, since it doesn’t interact with light or charged particles (except through gravitational bending) we can’t investigate it. Yet.
@@nutshellphy much love, thanks.