Item 5 (0126) — The Clowder Project

Preferences

Font:

PDF Style:

Here's a breakdown of the differences between each PDF style:

Style	Class	Font	Theorem Environments
Style 1	`book`	Alegreya Sans	`tcbthm`
Style 2	`book`	Alegreya Sans	`amsthm`
Style 3	`book`	Arno*	`amsthm`
Style 4	`book`	Computer Modern	`amsthm`

*To be replaced with Linus Romer's Elemaints when it is released.

For each $B\in \text{Obj}\webleft (\mathcal{D}\webright )$, there exist:
- An object $A_{B}$ of $\mathcal{C}$;
- A morphism $s_{B}\colon B\to F\webleft (A_{B}\webright )$ of $\mathcal{D}$;
- A morphism $r_{B}\colon F\webleft (A_{B}\webright )\to B$ of $\mathcal{D}$;
satisfying the following condition:
- For each $A\in \text{Obj}\webleft (\mathcal{C}\webright )$ and each pair of morphisms
  \begin{align*} r & \colon F\webleft (A\webright ) \to B,\\ s & \colon B \to F\webleft (A\webright ) \end{align*}
  
  of $\mathcal{D}$, we have
  
  \[ \webleft [\webleft (A_{B},s_{B},r_{B}\webright )\webright ]=\webleft [\webleft (A,s,r\circ s_{B}\circ r_{B}\webright )\webright ] \]
  
  in $\int ^{A\in \mathcal{C}}h^{B'}_{F_{A}}\times h^{F_{A}}_{B}$.

Noticed something off, or have any comments? Feel free to reach out!

You can also use the contact form below: