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UNIVERSITATEA DIN BUCUREŞTI
FACULTATEA DE FIZICĂ
Experimental and Computational Biophysics, Medical Physics
In the direction of doctoral studies Experimental and Computational Biophysics, Medical Physics you have the opportunity to become familiarized with concepts specific for these disciplines and to be involved in a state-of-the-art research activity in the Faculty of Physics and in collaboration with some medical units.
You will be guided to perform scientific research in a wide range of areas, such as:
- the study of specific molecular and cellular interactions, of interactions of natural and artificial membranes with different (macro)molecules, of the interactions of radiations with biomacromolecules, cells and tissues, respectively the study of bioelectrical signals in normal and pathological conditions (prof.dr. Aurel POPESCU);
- computational biophysics, in particular studies of membrane reactions and reactions of complex membrane interfaces, the development of algorithms for investigating dynamic interactions of bio-systems, pH detection, respectively of the modification of the electronic structure in bio-systems (prof.dr. Ana-Nicoleta BONDAR);
- imagistic in medical physics, in particular dynamics of human brain connectivity with applications in diagnosing neurodegenerative diseases, machine learning and computational learning and deep Learning networks with applications in antiterrorism and facial recognition, biostatistics, digital processing of biomedical signals (prof.dr. Radu MUTIHAC);
- clinical neurophysiology, in particular Intracranial electrical stimulation, stereoelectroencephalography and stereotaxy (prof.dr. Andrei BARBORICĂ);
- applications in medical physics of investigation methods developed in atomic and nuclear physics (prof.dr. Octavian DULIU)
More information on the research areas in which you can be introduced by the above-mentioned doctoral supervisors, respectively their contact data, can be found here
The coordinator of the direction of doctoral studies Experimental and Computational Biophysics, Medical Physics is prof.dr. Ana-Nicoleta BONDAR
Experimental and Computational Physics, Medical Physics
In the direction of doctoral studies Experimental and Computational Physics, Medical Physics you have the opportunity to become familiarized with concepts specific to these disciplines and to become involved in top-level research activity in the Faculty of Physics as well as in collaborations with medical facilities.
In particular, you will be supervised in a vast area of research themes, such as:
- study of specific molecular and cellular interactions, of the interactions of artificial and natural membranes with different (macro)molecules, of the interaction of radiation with biomacromolecules, cells and tissues, of bioelectrical signals in normal and pathological conditions (prof.dr. Aurel POPESCU);
- computational biophysics/biomedicine. We offer projects in which
biomolecules of major interest for bio-medicine are studied theoretically and modelled on computers and super-computers, in close
collaboration with experimentalists. Doctoral students will benefit from regular meetings for scientific discussions, receive training in modern data analysis, writing of scientific articles in English, and scientific presentations at conferences. A doctoral study in
computational biophysics/biomedicine can become a first step toward a career in science or industry - for instance, data science or pharmaceutical industry (prof.dr. Ana-Nicoleta BONDAR);
- imagistics in medical physics, in particular the connectivity dynamics of the human brain with applications in the diagnosis of neurodegenerative diseases, machine learning and computational learning, and deep learning networks with applications in anti-terrorism, in facial recognition, biostatistics, digital processing of biomedical signals (prof.dr. Radu MUTIHAC);
- clinical neurophysiology, in particular intracranial electrical stimulation, stereoelectroencephalography and stereotaxy (prof.dr. Andrei BARBORICĂ);
- applications in medical physics of investigative methods developed in atomic and nuclear physics (prof.dr. Octavian DULIU)
More information on the research areas in which you can be supervised by the above-mentioned doctoral supervisors, as well as their contact data, can be found here
The coordinator of the direction of doctoral studies Experimental and Computational Physics, Medical Physics is prof.dr. Ana-Nicoleta BONDAR
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