Education

• 1998 – 2003: master's degree at Charles University (solid state physics) Magnetoelastic effects in Er(Co,X)2 compounds, X=p–element
• 2003 – 2008: PhD at Charles University (Condensed Matter Physics and Materials Research), dissertation thesis Cohesive and magnetoelastic properties of materials with strongly correlated electrons
• 2022: habilitation, habilitation thesis Magnetism in UTX compounds

Teaching

• exercises to lecture NOFY025 – Atomic Physics and Electronic Structure of Matter
• lectures NFPL550 – Thermal Capacity of Solids, NFPL122 – Magnetic Properties of Solids and NFPL064 – Principles of Physics II – Electromagnetism and Optics
• practical courses NOFY130 – Practical Course IV – Atomic and Nuclear Physics and NFPL217 – Experimental Methods in Physics
• supervision of bacheolor [1], diploma [1, 2, 3] and disseration [1, 2] theses in the fields of research interests

Research interests

• experimental investigation of the intermetallic compounds on the verge of magnetism (mainly Ce and U based)
• investigation of coupling between different (lattice, magnetic, electronic, dipolar) degrees of freedom
• improvement of respective instrumentation

Involvement in projects

• head of large research infrastructure MGML (LM2023065) and related modernization project, team member GAČR 22–22322S
• local contact for the dual acces mode to EMFL employed within the ISABEL consorcium
• past PI of GAČR 16–06422S and 202/09/P354, GAUK 201/2006/B-FYZ/MFF, FRVŠ 1026/G6

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