Central H-spaces
Content created by Fredrik Bakke, Jonathan Prieto-Cubides and Egbert Rijke.
Created on 2022-09-21.
Last modified on 2024-03-12.
module structured-types.central-h-spaces where
Imports
open import foundation.equivalences open import foundation.universe-levels open import structured-types.pointed-types
Idea
In structured-types.h-spaces
we saw that the
type of H-space structures on a
pointed type A
is equivalently described
as the type of pointed sections of the
pointed evaluation map (A → A) →∗ A
. If the type A
is
connected, then the section maps to the
connected component of (A ≃ A)
at the
identity equivalence. An evaluative
H-space is a pointed type such that the map ev_pt : (A ≃ A)_{(id)} → A
is an
equivalence.
Definition
is-central-h-space : {l : Level} (A : Pointed-Type l) → UU l is-central-h-space A = is-equiv { A = type-Pointed-Type A → type-Pointed-Type A} ( ev-point-Pointed-Type A)
References
- [BCFR23]
- Ulrik Buchholtz, J. Daniel Christensen, Jarl G. Taxerås Flaten, and Egbert Rijke. Central H-spaces and banded types. 02 2023. arXiv:2301.02636.
Recent changes
- 2024-03-12. Fredrik Bakke. Bibliographies (#1058).
- 2024-03-01. Fredrik Bakke. chore: Fix markdown list formatting (#1047).
- 2023-09-13. Fredrik Bakke and Egbert Rijke. Refactor structured monoids (#761).
- 2023-05-03. Fredrik Bakke. Define the smash product of pointed types and refactor pointed types (#583).
- 2023-05-01. Fredrik Bakke. Refactor 2, the sequel to refactor (#581).