List of PhD projects in 2026

CHEM cluster

  • Construction of N-trifluoromethylated compounds as new building blocks in life science from azidofluoroalkanes (Petr Beier Group)
  • Quantum sensing using optical bionanosensors (Petr Cígler Group)
  • Preparation and characterization of quantum-optical bionanosensors (Petr Cígler Group)
  • Design and synthesis of modified XNA as potential therapeutics (Michal Hocek Group)
  • Selection and optimization of modified XNA aptamers (Michal Hocek Group)
  • Synthesis of targeted kinase degraders as experimental therapeutics (Michal Hocek Group)
  • Enzymatic synthesis of modified oligonucleotides on solid support (Michal Hocek Group)
  • Display of sugars and glycans on DNA (Michal Hocek Group)
  • Photogearing at the molecular scale: Mechanistic principles for converting Brownian motion into directed rotation (Jiří Kaleta Group)
  • Catalytic synthesis of bioactive atropisomers by aromatic substitution (Paulo Paioti Group)
  • Tailored chelators for selective recovery of critical metals (Miloslav Polášek Group)
  • Multiplicity-controlled photochemical processes (Tomáš Slanina Group)
  • Spin interactions and multiplicity as a tool for reactivity control (Tomáš Slanina Group)
  • Enantioselective transition metal catalysis using helically chiral ligands (Ivo Starý Group)
  • Synthesis and chiroptical properties of helicene-derived luminophores (Ivo Starý Group)
  • Warped and chiral nanocarbons (Ivo Starý Group)

BIO cluster

  • Exploring RNA cap diversity using LC–MS-based sequencing (Hana Cahová Group)
  • Ap4A-capped RNA: A new layer of gene expression regulation (Hana Cahová Group)
  • Mechanisms at the nexus of membrane protein biogenesis and degradation at the endoplasmic reticulum (Kvido Stříšovský Group)
  • Understanding the specificity of intramembrane proteases using biophysical principles and artificial intelligence (Kvido Stříšovský Group)
  • Molecular architecture of transient interactions in transcription elongation (Václav Veverka Group)

PHYS cluster

  • Computational tools for Raman optical activity (Petr Bouř Group)

Application process