33 citations · 162 across the 9 of their papers we have counts for
9 papers
The most energetically favorable configurations of hematite cube chains
Mārtiņš Brics, Viesturs Šints, Guntars Kitenbergs +1
Hematite at room temperature is a weak ferromagnetic material. Its permanent magnetization is three orders smaller than for magnetite. Thus, hematite colloids allow us to explore a…
Swarming of micron-sized hematite cubes in a rotating magnetic field -- Experiments
Oksana Petrichenko, Guntars Kitenbergs, Martins Brics +3
Energy input by under-field rotation of particles drives the systems to emergent non-equilibrium states. Here we investigate the suspension of rotating magnetic cubes. Micron-sized…
Single-photon double ionization: renormalized-natural-orbital theory vs multi-configurational Hartree-Fock
M. Brics, J. Rapp, D. Bauer
The -particle wavefunction has too many dimensions for a direct time propagation of a many-body system according to the time-dependent Schrödinger equation (TDSE). On the other…
Time-dependent renormalized-natural-orbital theory applied to laser-driven H
A. Hanusch, J. Rapp, M. Brics +1
Recently introduced time-dependent renormalized-natural orbital theory (TDRNOT) is extended towards a multi-component approach in order to describe H beyond the Born-Oppenhei…
Strong-field absorption and emission of radiation in two-electron systems calculated with time-dependent natural orbitals
M. Brics, J. Rapp, D. Bauer
Recently introduced time-dependent renormalized-natural-orbital theory (TDRNOT) is based on the equations of motion for the so-called natural orbitals, i.e., the eigenfunctions of…
Nonsequential double ionization with time-dependent renormalized-natural-orbital theory
M. Brics, J. Rapp, D. Bauer
Recently introduced time-dependent renormalized natural orbital theory (TDRNOT) is tested on non-sequential double ionization (NSDI) of a numerically exactly solvable one-dimension…