illusionist93
Firstly genesis and secondly E=mc^2
The forum discussion centers on the complexities of understanding vast and minute concepts in the universe, such as the size of the universe and the size of a quark. Participants express difficulty in grasping abstract mathematical ideas, particularly regarding infinity and its implications in calculus, as demonstrated by Cantor's work. The conversation also touches on philosophical questions about existence and the nature of reality, including the Riemann Hypothesis and the concept of entropy. Overall, the discussion reflects a shared struggle with profound scientific and mathematical concepts.
PREREQUISITESMathematicians, physicists, philosophers, and anyone interested in the complexities of the universe and the abstract concepts that challenge our understanding of reality.
uperkurk said:Maybe the sheer size of the universe? The speed at which light travels? The size of a quark?
Out of all the things in the universe, what is hardest for you to possibly imagine, as long as it's generally accepted it doesn't have to be proven.
For me it's both the size of the universe and the size of a quark. I mean, sitting here trying to wrap my head around how something can be so unbelievably large, yet also thinking how something can be so unbelievably tiny.
Kind of ironic a little bit, how something like a solar system is similar to an atom even though their sizes vary beyond belief.
Timewalker6 said:For me it's consciousness. I don't know where it comes from (well obviously our brains but why is it there? How did it get there?) and where it goes once we die. I mean it's hard to think that consciousness simply disappears when we die.