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-ionizing radiation. We offer a research topic in the field of microwave-based diagnostics and therapy, particularly focusing on microwave imaging and therapeutic hyperthermia, which is successfully applied
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advanced microscopy and live cell imaging techniques. Where to apply E-mail fendrych.m@ueb.cas.cz Requirements Research FieldBiological sciences » BotanyEducation LevelMaster Degree or equivalent Skills
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, interpretable predictors of motor improvement following subthalamic nucleus (STN) DBS, integrating preoperative clinical, motor, neuropsychological, and imaging data. Motivated by recent critiques of overfitted
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carrying out research or application projects Ability to participate in activities related to the daily running of the department The applicant should have: Scientific coding skills, preferably in Python, R
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biological function - remains a critically underexplored paradigm. The aim of the study is to explore the proposition that biological systems generate local entropy production to induce controlled phase
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based on nanocrystalline material. Starting from material treat gment and testing, analytical solution based on vector potential, through the numerical FEM model, physical model and prototype
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and medical imaging (TOF-PET). As part of this project, the student will investigate new scintillator materials based on innovative plastic matrices doped with state-of-the-art components such as
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funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description In accordance with the The Competitive Hiring Process Code of Charles University
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specific neuronal types and develop new technologies allowing us to selectively target the unique receptor populations. To achieve this, we are using imaging and molecular techniques to measure receptor
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an HHG source of ultrashort XUV pulses as the primary light source. The MAC user end-station is equipped with electron/ion spectrometers, detectors for coherent diffractive imaging and state-of-the-art