(Untitled)

[bouncebackwards]

today I learned how to define multiplication and division on the real numbers (represented as equivalence classes of cauchy sequences of rationals

Comments

[the_moo_cow]

ohhhhhh Devon. you're speaking my heart. ridiculously tragic...so, so true. godDAMN. i miss you.

are you back for the birthday of christ?

[durbanized]

are YOU?!? mr. i'm-never-around-to-answer-my-phone. which reminds me...im going to try again right now.

[the_moo_cow]

DAMN see my phone rings *really* quietly, and i went to bed super early last night. DAMN!

um, do i have your screen name? cause the best way to do this is probly for me to IM you and be like, call me! alternatively, do you have a cell phone that accepts text messages? cause i can totally IM your phone.

[durbanized]

dude...you totaly have my screenname! (durbanized) and yes, my phone accepts texts...but they're 10 cents each to send...so i'd rather you im me and let me call you with my home phone cause my long distance is hella cheap!

[he_who_journals]

I like crazy papers about such things.

[bouncebackwards]

you might want to try to come to evergreen some day. I think you might like it here, maybe very well. (if not that, at least far better than the old u of dub)

[chomps]

Sets -> Topological Spaces -> Topological Manifolds -> Differentiable Manifolds -> Calculus.

Someday I might try to make an art project depicting this chain of building structures on structures. Or maybe not.