Skip to main content
Login

Register
Local Quantum Physics Crossroads
An international platform for information exchange among scientists working on
mathematical, conceptual, and constructive problems in
local relativistic quantum physics (LQP).
Navigation
Papers
Bibliography
Events
Archive
Jobs
People
Help
About
Papers
You can search for title, abstract, author name, and publication year/month.
Linear YangMills theory as a homotopy AQFT
Marco Benini
,
Simen Bruinsma
,
Alexander Schenkel
June 03, 2019
algebraic quantum field theory
,
locally covariant quantum field theory
,
Gauge theory
,
derived critical locus
,
homotopical algebra
,
chain complexes
,
BRST/BV formalism
open access link
Homotopy theory of algebraic quantum field theories
Marco Benini
,
Alexander Schenkel
,
Lukas Woike
May 22, 2018
algebraic quantum field theory
,
Gauge theory
,
BRST/BV formalism
,
model categories
,
colored operads
,
homotopy algebras
,
E_infinityalgebras
,
stacks
open access link
doi:10.1007/s1100501801151x
User login
Username
*
Password
*
Create new account
Request new password
user nick
Please provide an optional nickname.
Filter: Keyword
()
Remove Gauge theory filter
Gauge theory
algebraic quantum field theory (2)
Apply algebraic quantum field theory filter
BRST/BV formalism (2)
Apply BRST/BV formalism filter
chain complexes (1)
Apply chain complexes filter
colored operads (1)
Apply colored operads filter
derived critical locus (1)
Apply derived critical locus filter
E_infinityalgebras (1)
Apply E_infinityalgebras filter
homotopical algebra (1)
Apply homotopical algebra filter
homotopy algebras (1)
Apply homotopy algebras filter
locally covariant quantum field theory (1)
Apply locally covariant quantum field theory filter
model categories (1)
Apply model categories filter
stacks (1)
Apply stacks filter
Filter: Author
()
Remove M. Benini filter
M. Benini
()
Remove A. Schenkel filter
A. Schenkel
S. Bruinsma (1)
Apply S. Bruinsma filter
L. Woike (1)
Apply L. Woike filter
Filter: Publication Date
2019 (1)
Apply 2019 filter
2018 (1)
Apply 2018 filter