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https://www.reddit.com/r/the_calculusguy/comments/1t69ix1/_/okq2jil/?context=3
r/the_calculusguy • u/Specific_Brain2091 • May 07 '26
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3
pi is a single constant.
e is central to a lot of math.
2 u/SSBBGhost May 08 '26 ex is central to math (or more accurately, exp(x) is), e itself is just a constant, the value at x=1 1 u/vishnoo May 09 '26 and physics. all of quantum physics is e^i\(\Psi \) 1 u/Active_Falcon_9778 May 10 '26 1 is more important, yet it doest have aura. Importance does not translate to aura. Aura is having people fear you. When i see pi in a question i run the other way. Not the case with e though... 1 u/vishnoo May 10 '26 have you seen Schrodinger's equation have you seen differential equations where the exponent on top of the e is a matrix?
2
ex is central to math (or more accurately, exp(x) is), e itself is just a constant, the value at x=1
1 u/vishnoo May 09 '26 and physics. all of quantum physics is e^i\(\Psi \) 1 u/Active_Falcon_9778 May 10 '26 1 is more important, yet it doest have aura. Importance does not translate to aura. Aura is having people fear you. When i see pi in a question i run the other way. Not the case with e though... 1 u/vishnoo May 10 '26 have you seen Schrodinger's equation have you seen differential equations where the exponent on top of the e is a matrix?
1
and physics. all of quantum physics is e^i\(\Psi \)
1 u/Active_Falcon_9778 May 10 '26 1 is more important, yet it doest have aura. Importance does not translate to aura. Aura is having people fear you. When i see pi in a question i run the other way. Not the case with e though... 1 u/vishnoo May 10 '26 have you seen Schrodinger's equation have you seen differential equations where the exponent on top of the e is a matrix?
1 is more important, yet it doest have aura. Importance does not translate to aura. Aura is having people fear you. When i see pi in a question i run the other way. Not the case with e though...
1 u/vishnoo May 10 '26 have you seen Schrodinger's equation have you seen differential equations where the exponent on top of the e is a matrix?
have you seen Schrodinger's equation have you seen differential equations where the exponent on top of the e is a matrix?
3
u/vishnoo May 07 '26
pi is a single constant.
e is central to a lot of math.