Marius Kadek,
Lukas Konecny,
Michal Repisky
:
Relativistic Real-Time Methods
Lukas Konecny,
Stanislav Komorovsky,
Jan Vicha,
Kenneth Ruud,
Michal Repisky
:
Exact Two-Component TDDFT with Simple Two-Electron Picture-Change Corrections: X-ray Absorption Spectra Near L- and M-Edges of Four-Component Quality at Two-Component Cost
Journal of Physical Chemistry A 2023
ARKIV /
DOI
Torsha Moitra,
Lukas Konecny,
Marius Kadek,
Angel Rubio,
Michal Repisky
:
Accurate Relativistic Real-Time Time-Dependent Density Functional Theory for Valence and Core Attosecond Transient Absorption Spectroscopy
The Journal of Physical Chemistry Letters 2023
ARKIV /
DOI
Eirill Strand Hauge,
Håkon Emil Kristiansen,
Lukas Konecny,
Marius Kadek,
Michal Repisky,
Thomas Bondo Pedersen
:
Cost-Efficient High-Resolution Linear Absorption Spectra Through Extrapolating the Dipole Moment from Real-Time Time-Dependent Electronic-Structure Theory
Lukas Konecny,
Jan Vicha,
Stanislav Komorovsky,
Kenneth Ruud,
Michal Repisky
:
Accurate X-ray Absorption Spectra near L- and M-Edges from Relativistic Four-Component Damped Response Time-Dependent Density Functional Theory
Michal Repisky,
Stanislav Komorovsky,
Marius Kadek,
Lukas Konecny,
Ulf Egil Ekström,
Elena Malkin
m.fl.:
ReSpect: Relativistic spectroscopy DFT program package
Journal of Chemical Physics 2020
ARKIV /
DOI
Lukas Konecny,
Michal Repisky,
Kenneth Ruud,
Stanislav Komorovsky
:
Relativistic four-component linear damped response TDDFT for electronic absorption and circular dichroism calculations
Journal of Chemical Physics 2019
ARKIV /
DOI
Lukas Konecny,
Marius Kadek,
Stanislav Komorovsky,
Kenneth Ruud,
Michal Repisky
:
Resolution-of-identity accelerated relativistic two- and four-component electron dynamics approach to chiroptical spectroscopies
Journal of Chemical Physics 2018
ARKIV /
DOI
Lukas Konecny,
Valeriia Kosheleva,
Michael Ruggenthaler,
Angel Rubio
:
Relativistic linear response quantum electrodynamical density functional theory
2024
Lukas Konecny,
Valeriia Kosheleva,
Michal Repisky,
Heiko Appel,
Michael Ruggenthaler,
Angel Rubio
:
Relativistic linear response QEDFT
2024
Lukas Konecny,
Valeriia Kosheleva,
Heiko Appel,
Angel Rubio,
Michael Ruggenthaler
:
Linear response in relativistic quantum-electrodynamical density functional theory
Torsha Moitra,
Lukas Konecny,
Marius Kadek,
Angel Rubio,
Michal Repisky
:
Relativistic real-time time dependent density functional theory for valence and core level attosecond transient absorption spectroscopy
Lukas Konecny,
Valeriia Kosheleva,
Heiko Appel,
Michael Ruggenthaler,
Angel Rubio
:
Relativistic Linear Response QEDFT for Cavity Engineering of Excited States
2023
Lukas Konecny,
Valeriia Kosheleva,
Heiko Appel,
Angel Rubio,
Michael Ruggenthaler
:
Relativistic Quantum-Electrodynamical Density Functional Theory for Cavity Engineering of Excited States
2023
Lukas Konecny,
Valeriia Kosheleva,
Michael Ruggenthaler,
Angel Rubio
:
Linear Response in Relativistic Quantum-Electrodynamical Time-Dependent Density Functional Theory
2022
Lukas Konecny,
Stanislav Komorovsky,
Kenneth Ruud,
Michal Repisky
:
Relativistic TDDFT allows prediction and interpretation of XAS spectra near heavy metal L- and M-edges
2022
Michal Repisky,
Lukas Konecny,
Torsha Moitra,
Marius Kadek,
Kenneth Ruud
:
Modern X-ray spectroscopies with atomic mean-field X2C Hamiltonians
2022
Lukas Konecny,
Stanislav Komorovsky,
Kenneth Ruud,
Michal Repisky
:
Relativistic TDDFT allows prediction and interpretation of XAS spectra near heavy metal L- and M-edges
2022
Lukas Konecny
:
Relativistic four-component and X2C linear damped response TDDFT for XAS near L- and M-edges: theory and benchmarks
2020
Lukas Konecny,
Michal Repisky,
Kenneth Ruud,
Stanislav Komorovsky
:
Relativistic four-component linear damped response time-dependent density functional theory
2019
Lukas Konecny,
Marius Kadek,
Kenneth Ruud,
Michal Repisky
:
Relativistic real-time time-dependent density functional theory for molecular properties
2019
Lukas Konecny,
Marius Kadek,
Mehboob Alam,
Kenneth Ruud,
Michal Repisky
:
Calculation of Molecular Properties Using Relativistic Real-Time TDDFT
2019