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Charles University, one of Central Europe's oldest and most prestigious research institutions, stands out for its remarkably diverse scientific portfolio, spanning computational robotics, analytical spectroscopy, astrobiological exploration, medical robotics, and astrophysics. This breadth reflects the university's deep commitment to interdisciplinary inquiry and its capacity to contribute meaningfully across fundamental and applied domains. In robotics and artificial intelligence, Charles University has made foundational contributions to multi-robot path planning, establishing the computational complexity boundaries of coordination problems in graph-based environments. Seminal work proving the intractability of optimization variants of multi-robot planning has become a cornerstone reference in the field, while novel bi-connected graph approaches have shaped algorithmic strategies adopted by subsequent researchers worldwide. Complementing this, researchers have advanced singularity analysis for serial robot-manipulators, providing theoretical frameworks still cited in modern robotic kinematics literature. The university's spectroscopy and astrobiology research is equally distinguished. Collaborating on international planetary science missions, Charles University scientists have pioneered the application of portable Raman spectrometers for detecting biosignatures in extreme terrestrial environments—including the Atacama Desert—directly informing instrument design for Mars exploration. This work bridges geosciences, archaeometry, and forensics, demonstrating the versatile power of miniaturized analytical tools. Medical robotics represents another area of growing impact, with contributions to robot-assisted vascular reconstruction, minimally invasive urology, and magnetic microrobot-driven biofilm eradication on titanium mesh—work with direct translational potential in surgical and antimicrobial therapies. The university's astrophysical collaborations, including high-energy observations of blazars with the HESS telescope array, further demonstrate its reach into global scientific consortia. For prospective students and collaborators, Charles University offers a uniquely stimulating environment where theoretical computer science, space science, medical innovation, and analytical chemistry converge under one institutional roof.