Richard Williamson

x 2x^{2}

New test

yx 5z yx^{5}z
(1)x 2=5 x^{2} = 5

And then

(2)y x=z y^{x} = z
By (1), we have that …, whilst by (2) we have that …

a) Hello

b) Hello

n2\lfloor \frac{n}{2} \rfloor

i=3,5,7,1122i i=15,2122i\sum_{i=3, 5, 7, 11} \lfloor \frac{22}{i} \rfloor - \sum_{i=15, 21} \lceil \frac{22}{i} \rceil.

We have that the number of primes in RR is less than or equal to

i=3,5,7,1122i i=15,2122i, \sum_{i=3, 5, 7, 11} \lfloor \frac{22}{i} \rfloor - \sum_{i=15, 21} \lceil \frac{22}{i} \rceil,
A =B =C \begin{aligned} A &= B \\ &= C \end{aligned}

pro-local homeomorphism topology on a topological space?

Theorem (k-tuply monoidal inf-stacks)


Last revised on August 3, 2020 at 20:09:34. See the history of this page for a list of all contributions to it.