The curious guy

@PhysInHistory mathematical ability

What differentiates an engineer from a physicist? ✍️

@martinmbauer 😂some people think that not using computer will automatically make them Dirac

That’s one way to admit you haven’t looked at theoretical physics in 50+ years

@mathandcobb exactly

I propose a 1-year ban of any user that mentions Godel's theorems without actually knowing what Godel's theorems say.

@LimYenKheng Differential forms are so cool.

introducing differential forms by working in ℝ³

Boundary layer theory in ODEs desmos.com/calculator/gx4… read more about this github.com/HridoyRanjan10…

@ZahlenRMD 1

Maximum Value of f(x) #sharingisthenewlearning

@MantillaIgnacio can u spot the mistake here

Entretención matemática.

@Math_files Mentioning something doesn't mean you invented it. Aryabhata was the first to properly define zeros with their properties—that's the point. I don't understand why we always need to compare with the West. They aren't saying Indians can't use Twitter without our CPU.

Zero was not discovered—it was invented. The greatest mathematicians in the world, especially those from Greece, initially refused to accept zero as a number, questioning how “nothing” could be considered a number. However, Indian mathematicians insisted that even nothing represents a number. Today, without zero, there would be no calculus, no computers, and no modern physics.

@Math_files 😨

@PhysInHistory Parametrization quantity used by God.

In your opinion, what is time ? ✍️

@porceTwits Never thought about this way

Look how a simple product of integers are closely related to transcendental numbers.

@ZahlenRMD 0

Algebra Challenge (Mental Math) #sharingisthenewleaening

@tooooottttteeee Grothendieck prime

頑固な先生こう言った 「57って19の倍数なのに 素数と呼ばれるの 納得いかない」

@tooooottttteeee It can be seen that k*log(1+x)<(k+1)log x. Put x=k=99 we get 99log 100< 100 log 99. since log is increasing function so 100^99<99^100

どっちが大きいでしょうか？

@codek_tv log in complex is a multivalued function so log(1)=2*pi*i K where k= 0 ,1,2.... In this case e^(2pi*i) so k=1 .Hence log(1)=2*pi*i

What is the mistake here?🤔🤔🤔

@Math_files is there any systematic way of doing this? I donot know

#math problem 16-05-2026 Calculus. Compute the limit (if it exists).

Telescoping Sum #sharingisthenewlearning

@microfusio91945 great problem😁