#repost #birdsite #scrunkycat #mathstodon #mathmemes #🌶️ (source: https://twitter.com/scrunkycat/status/1822321459714306428)

@redmp yeah - comma.ai - good stuff...
https://comma.ai/

@redmp

What happened to the normal human:

{aᵢ | i ∈ [1,n] }

?

@ifilipau @redmp {aᵢ | i ∈ ℕ | 0 > i ≤ n }

@josh0 @Red_Shirt_no2 @elithebearded @redmp

Come on we have notation for this!

@futurebird @josh0 @Red_Shirt_no2 @elithebearded @redmp

at the risk of killing the frog, i used to know math like this and i forgot

care to explain?

@futurebird @josh0 @Red_Shirt_no2 @elithebearded @redmp

{ 𝑚∈𝕄 ; 𝑙𝑎𝑓𝑜𝑟𝑔𝑖𝑎𝑛(𝑚)>0 }

@futurebird @josh0 @Red_Shirt_no2 @elithebearded @redmp
I feel like induction is the way to go here, but I can't be bothered to rig it up visually right now.

@futurebird @josh0 @Red_Shirt_no2 @elithebearded @redmp
There's also probably a real good way to do it with sets, but that's outside my area of expertise.

@futurebird @josh0 @Red_Shirt_no2 @elithebearded @redmp

Here's my very professional Graph Theory version because graphic design is my passion.

@futurebird omg xD

@jrm4 @futurebird @josh0 @Red_Shirt_no2 @elithebearded @redmp I think(?) something is snarled up, but i=0 to infinite is an infinite series.

@jrm4 @josh0 @Red_Shirt_no2 @elithebearded @redmp

It's a riff on operators like the summation symbol and the infinite product symbol.

https://en.wikipedia.org/wiki/Summation

Mine makes no sense don't overthink it.

@promovicz @futurebird @josh0 @Red_Shirt_no2 @elithebearded @redmp The laforgian! lol nice

@futurebird @jrm4 @josh0 @Red_Shirt_no2 @elithebearded @redmp I take exception to this, it makes way more sense than it should