Juraj Ovčar

Juraj Ovčar

Research Associate

About

Juraj Ovčar, PhD is a theoretical condensed matter physicist.

His general research interest is developing and employing methodologies required to model physical systems from an atomistic perspective. He is especially interested in collaboration with experimentalists to arrive at complete understanding of real physical phenomena.

He worked on a diverse range of systems, including quasi-2D hybrid halide perovskites, catalyst surfaces, mitochondrial membranes and $\kappa$-type quantum spin liquid candidates.

He also enjoys developing free and open-source software.

Juraj is a permanent staff member of the Modelling and Theory of Materials Group since 2025.

Interests
  • Condensed Matter Physics
  • Biophysics
Education
  • PhD in Physics, 2023

    Faculty of Science | University of Zagreb

  • MSc in Physics, 2019

    Faculty of Science | University of Zagreb

2025

1
(2025). Photoinduced frustration modulation in $kappa$-type quantum spin liquid candidates. Physical Review B.
2
(2025). Computational investigation of uracil dimers in water and the role of classical potentials. Physical Chemistry Chemical Physics.
3
(2025). Photoluminescence and Stability of 2D Ruddlesden--Popper Halide Perovskites. Molecules.
4
(2025). Elucidation of the suppression of photoinduced segregation in 2D mixed halide, A2PbI2Br2: Critical role of A2PbBr4 photostability. iScience.
5
(2025). Increased resistance to photooxidation in Dion-Jacobson lead halide perovskites: Implication for perovskite device stability. Matter.

2024

1
(2024). The reversible electron transfer within stimuli-responsive hydrochromic supramolecular material containing pyridinium oxime and hexacyanoferrate (II) ions. Molecules.
2
(2024). Neutral rhodol-based dyes expressing localization in mitochondria. Organic & biomolecular chemistry.

2023

1
(2023). Crystal structure prediction of quasi-two-dimensional lead halide perovskites. Physical Review B.

2022

1
(2022). Mixed halide ordering as a tool for the stabilization of Ruddlesden--Popper Structures. Chemistry of materials.
2
(2022). Absence of isotope effects in the photo-induced desorption of CO from saturated Pd (111) at high laser fluence. Chemical Physics.

2021

1
(2021). Enhanced light emission performance of mixed cation perovskite films—The effect of solution stoichiometry on crystallization. Advanced optical materials.
2
(2021). Photoinduced desorption dynamics of CO from Pd (111): a neural network approach. Journal of chemical theory and computation.

2020

1
(2020). Phase control for quasi-2D blue emitters by spacer cation engineering. Journal of Materials Chemistry C.