I am a researcher in high-intensity laser–matter interactions, developing and running large-scale numerical simulations that bridge advanced computational methods with experiments at world-class laser facilities.
- Research Scientist III: Extreme Light Infrastructure – Nuclear Physics, Măgurele, Romania.
- Adjunct Associate Professor: Department of Physics, Chalmers University of Technology, Gothenburg, Sweden.
- External Researcher: Faculty of Nuclear Sciences and Physical Engineering, Czech Technical University, Prague, Czechia.
- Scientific curriculum - employment history, educational history, supervised students
- Publications - peer-reviewed papers, conference proceedings
- Former studies - my university theses, outputs of passed courses, presentations, popular laboratory reports (mainly in Czech though)
- Conferences, schools, invited talks, public lectures
- Visualisations of selected numerical simulations of laser plasma phenomena
- Upcoming public appearances:
- 2nd- 4th November 2026, 14th Asian Symposium on Intense Laser Science (PIF26), Kuching, Sarawak, Malayisia. Invited talk on Shock-Accelerated Deuterons in Near-Critical Plasmas: A New Route to Compact Laser-Driven Neutron Sources. Invitation by Prof. Tou TeckYong.
- Accepted manuscript:
- 19th August 2026: Balabanski, D. L. et al.: 11C Radioisotope Production with High-Power Lasers: How to Approach, Journal of Radioanalytical and Nuclear Chemistry.
- New published papers:
- 21st April 2026: Naziru, A. et al.: Coherent combination of ultrashort pulses at low repetition rate, High Power Laser Science and Engineering.
- 19th May 2026: V. Lelasseux et al.: Experimental investigation of the effect of ionization on the 51V(p,n)51Cr reaction, Physics of Plasmas, 33, 053105.
- 18th February 2026: Mašlárová, D. et al.: Batch Bayesian optimization of attosecond betatron pulses from laser wakefield acceleration, Communications Physics, 9, 92.
- 20th January 2026: Andronic, M., Pârvu, M. & Horný, V.: Optimising secondary particles and radiation sources from a highly efficient laser wakefield accelerator, Plasma Physics and Controlled Fusion, 68, 015024.
- 6th December 2025: Horný, V. & Doria, D.: Multi-PW laser–driven proton acceleration using a plasma-lens target, Scientific Reports, 16, 462.
- 19th November 2025: Tomassini, P. et al.: Ultra-High-Brightness and tuneable attosecond-long electron beams with the Laser Wake Field Acceleration, Scientific Reports, 15, 40794.
