Patrick Kappl
YOU?
Author Swipe
Ladder equation for the three-particle vertex and its approximate solution Open
We generalize the three two-particle Bethe-Salpeter equations to ten three-particle ladders. These equations are exact and yield the exact three-particle vertex, if we knew the three-particle vertex irreducible in one of the ten channels. …
Ladder equation for the three-particle vertex and its approximate solution Open
We generalize the three two-particle Bethe-Salpeter equations to ten three-particle ladders. These equations are exact and yield the exact three-particle vertex, if we knew the three-particle vertex irreducible in one of the ten channels. …
A functional-analysis derivation of the parquet equation Open
The parquet equation is an exact field-theoretic equation known since the 60s that underlies numerous approximations to solve strongly correlated Fermion systems. Its derivation previously relied on combinatorial arguments classifying all …
Report on 2305.16050v2 Open
The parquet equation is an exact field-theoretic equation known since the 60s that underlies numerous approximations to solve strongly correlated Fermion systems.Its derivation previously relied on combinatorial arguments classifying all d…
Report on 2305.16050v1 Open
The parquet equation is an exact field-theoretic equation known since the 60s that underlies numerous approximations to solve strongly correlated Fermion systems.Its derivation previously relied on combinatorial arguments classifying all d…
Report on 2305.16050v1 Open
The parquet equation is an exact field-theoretic equation known since the 60s that underlies numerous approximations to solve strongly correlated Fermion systems.Its derivation previously relied on combinatorial arguments classifying all d…
Report on 2305.16050v1 Open
The parquet equation is an exact field-theoretic equation known since the 60s that underlies numerous approximations to solve strongly correlated Fermion systems.Its derivation previously relied on combinatorial arguments classifying all d…
A functional-analysis derivation of the parquet equation Open
The parquet equation is an exact field-theoretic equation known since the 60s that underlies numerous approximations to solve strongly correlated Fermion systems. Its derivation previously relied on combinatorial arguments classifying all …
SpaceTeamSat1 Preliminary Design Document: Communication and On-board Computer Software Open
Preliminary design document (PDD) for the software of the communication and on-board computer (COBC) of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team (TUST). It gives an overview and describes the tasks and functionali…
View article: SpaceTeamSat1 Preliminary Design Document: System Architecture
SpaceTeamSat1 Preliminary Design Document: System Architecture Open
Preliminary design document (PDD) for the system architecture of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team (TUST). It presents the key components of the mission and describes their basic concept. Moreover, the docu…
SpaceTeamSat1 Preliminary Design Document: Communication and On-board Computer Software Open
Preliminary design document (PDD) for the software of the communication and on-board computer (COBC) of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team (TUST). It gives an overview and describes the tasks and functionali…
View article: SpaceTeamSat1 Dataflow Game Document
SpaceTeamSat1 Dataflow Game Document Open
This document describes the dataflow of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team (TUST). We developed the dataflow architecture during a game which relates to the Concurrent Design Facility (CDF) utilized by the E…
Numerical results for "Non-linear responses and three-particle correlators in correlated electron systems exemplified by the Anderson impurity model" Open
ℹ️ Access to the files of this version is restricted since figures under APS copyright were uploaded accidentally. This dataset contains the numerical data and plot scripts to reproduce the figures from the manuscript "Non-linear responses…
View article: SpaceTeamSat1 Dataflow Game Document
SpaceTeamSat1 Dataflow Game Document Open
This document describes the dataflow of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team (TUST). We developed the dataflow architecture during a game which relates to the Concurrent Design Facility (CDF) utilized by the E…
View article: SpaceTeamSat1 Preliminary Design Document: System Architecture
SpaceTeamSat1 Preliminary Design Document: System Architecture Open
Preliminary design document for the system architecture of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team. It presents the key components of the mission and describes their basic concept.
View article: SpaceTeamSat1 Preliminary Design Document: System Architecture
SpaceTeamSat1 Preliminary Design Document: System Architecture Open
Preliminary design document for the system architecture of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team. It presents the key components of the mission and describes their basic concept.
SpaceTeamSat1 Preliminary Design Document: Communication and On-board Computer Software Open
Preliminary design document (PDD) for the software of the communication and on-board computer (COBC) of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team (TUST). It gives an overview and describes the tasks and functionali…
View article: SpaceTeamSat1 Preliminary Design Document: System Architecture
SpaceTeamSat1 Preliminary Design Document: System Architecture Open
Preliminary design document (PDD) for the system architecture of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team (TUST). It presents the key components of the mission and describes their basic concept. Moreover, the docu…
View article: SpaceTeamSat1 Preliminary Design Document: System Architecture
SpaceTeamSat1 Preliminary Design Document: System Architecture Open
Preliminary design document for the system architecture of the CubeSat mission SpaceTeamSat1 (STS1) of the TU Wien Space Team. It presents the key components of the mission and describes their basic concept.
Statistical error estimates in dynamical mean-field theory and extensions thereof Open
We employ the jackknife algorithm to analyze the propagation of the statistical quantum Monte Carlo error through the Bethe--Salpeter equation. This allows us to estimate the error of dynamical mean-field theory calculations of the suscept…