The goal of the Hungarian Bionic Vision Center is to restore vision of visually impaired patients to the maximum extent and to improve the quality of their lives through using medical and technological aids. They run programmes to study medical and engineering technologies.
The RobotLab is to apply ideas inspired by Biology using Information Technologies. How is it possible to design better prosthesis? Can neurobiology help to develop new remote control robots for helicopters? Can a biped be taught to walk in a similar way as we learned our balancing and moving patterns? What is the functional connection between visual and tactile sensing? These are some questions which are addressed by the Rotob Lab.
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Ányos Jedlik Research and Development Laboratory
The Jedlik Laboratories is a science-education-technology center where the advantages of multidisciplinary work is emphasized in emerging fields of science and technology. In the beginning the key areas were info-bionics and sensor-computing, telepresence and language technologies. Nano–bio technology, VLSI IC design are other areas of research.
Other topics of the center's research are life sciences, in particular the neurosciences, genetics and immunology as well as the field of nanoscale engineering and molecular bionics, nanoscale technologies, sensor-computing, telepresence, integrated communication and ad-hoc mobile networks, bio-compatible interfaces, as well as "smart" energ0y saving devices and integrated nano–micro systems.
The Jedlik Laboratories is organized within the Faculty of Information Technology in cooperation with the institutes of the Hungarian Academy of Sciences (HAS), namely the Computer and Automation Research Institute, the Research Institute for Experimental Medicine, the Neurobiology Research Unit at the Semmelweis University of Medicine of the HAS, the Research Institute of Technical Physics and Material Science, the Research Institute of Psychology, the Institute of Enzymology of the Biology Research Center of the HAS, the Richter Gedeon Co., the Ericsson Hungary Ltd., and a few SMEs. The cooperating international research laboratories are listed in the International relations section.
Homepage: Jedlik Laboratories
Biomicrofluidics Research Group
The Biomicrofluidics Research group works on the development of point-of-care (POC) diagnostic devices, optofluidic and digital microfluidic (DMF) platforms. This includes theory, numerical modeling, design, fabrication, test and different applications. Their main area of focus is microfluidic devices for biomedical applications.
The point-of-care diagnostic project focuses on the continuous observation and monitoring of biological liquids, e.g., veterinary or human blood samples.
The integration and interplay between optical and fluidic functionalities defines the emerging field of optofluidics. Microfluidics enables the realization of lab-on-a-chip (LOC) devices in connection with CNN-UM based camera systems. Thus, the obtained biomedical liquid analyzer can recognize cells and particles in the sample flow in real-time.
The Research Group's digital microfluidic (DMF) platform is based the electrowetting-on-dielectrics (EWOD) phenomenon; they are working on clinical applications of this. The biological fluid droplets can be moved by electric field on a superhydrophobic surface. Droplet mainulations allow for parallel and multi-reagent analysis.
Homepage: en.ufluidics.bionics.hu/
Research Centre for Competitive Law
It was established in 2006, at the Faculty of Law and Political Sciences. Its fields are organizing scientific conferences, publishing scientific papers, to spread the culture of competition.
Homepage (Hungarian): www.versenyjog.com
Syro-Hungarian archeological mission: margat excavations
The Syro-Hungarian Archeological mission is a research programme of the Pázmány Péter Catholic University. Its objective is to restore the Fortress of Margat, which is the largest crusader fortress of the Middle East, and to put under discussion the era of the crusades in the Middle East. The head of the mission is archeologist Balázs Major. The huge, 5.2-acre fortress is related to Hungary not only because of this expedition. In 1218 King Andrew II of Hungary visited the fortress protected by the Johannite Order and contributed an annual sum of 1000 silver marks for its upkeep. According to Balázs Major, "the most sensational discovery must be the mural found in the chapel." This is the largest crusader mural unearthed in the Holy Land, and it is unique from an iconographical aspect, as well.
Avicenna Institute of Middle Eastern Studies
The Avicenna Institute is a non-profit research center with the objectives of promoting scholarship in the field of Middle Eastern studies. In this framework, several senior and junior researchers and fellows are assuming and pursuing those aims. Among the projects are organizing public and international scientific workshops and conferences, publishing scientific monographs, conferences' proceedings, granting scholarship for junior researches. It has connections with Hungarian and international research centres, such as Pazmany Peter Catholic University, Saint Joseph University, Beirut and Università degli Studi di Napoli "L'Orientale".
The institute was founded to conduct research for an understanding of Arabic, Persian and Turkish cultures; to advise decision-makers, media-actors and businessmen interested in Middle-East issues; to disseminate knowledge on current topics in on-going public debates to avoid misunderstandings in intercultural dialogue.
The institute works on several projects:
study the factors of continuity and discontinuity in Islamic legacy in the perspective of understanding the current development in the Islamic world, mainly in philosophy, theology, political sciences and literature, classical and modern,
organizing public and international scientific workshops and conferences to disseminate knowledge,
publishing scientific monographs, conferences' proceedings,
granting scholarship for junior researches in PhD or post-doctoral dissertations.