965 B
965 B
Backlog
Prove postulates in Cat.Wishlist
:
ntypeCommulative : n ≤ m → HasLevel ⟨ n ⟩₋₂ A → HasLevel ⟨ m ⟩₋₂ A
Prove univalence for the category of
- the opposite category
- sets
This does not follow trivially from
Cubical.Univalence.univalence
because objects are notSet
buthSet
- functors and natural transformations
Prove:
-
isProp (Product ...)
-
isProp (HasProducts ...)
-
Functor ✓
-
Applicative Functor ✗
- Lax monoidal functor ✗
- Monoidal functor ✗
- Tensorial strength ✗
- Lax monoidal functor ✗
-
Category ✓
- Monoidal category ✗
-
Monad
- Monoidal monad ✓
- Kleisli monad ✓
- Kleisli ≃ Monoidal ✓
- Problem 2.3 in [voe]
- 1st contruction ~ monoidal ✓
- 2nd contruction ~ klesli ✓
- 1st ≃ 2nd ✗ I've managed to set this up so I should be able to reuse the proof that Kleisli ≃ Monoidal, but I don't know why it doesn't typecheck.