RIST is launching the Research for Industry project, in partnership with the Technology Transfer Office of the Federal Polytechnic of Lausanne (EPFL-TTO). The project aims to stimulate contacts between academia and the private sector, both Romanian and foreign, as well as to support high-tech entrepreneurship in higher education and research institutions in Romania.
read moreMihai Goţiu wrote an article on the story of this year’s edition of the Transylvanian Experimental Neuroscience Summer School.
Read the article on VoxPublica (in Romanian)
read moreThe second edition of TENSS will take place between 1-17 July, 2013
See the school’s website
RIST’s scientist Marius F. Danca and his colleagues have discovered that the Mandelbrot set is not only the set of complex plane points for which Julia sets are connected, but also the set of all parameter values for which alternated Julia sets are disconnected.
read moreThe website of the prestigious Max Planck Institute (Germany) features an article on the work of the group led by Raul Mureşan at our institute’s Center for Cognitive and Neural Studies.
read moreThe blog of Cold Spring Harbor Laboratory features an article on the Transilvanian Experimental Neuroscience Summer School, co-organized by our institute.
read moreNational Geographic featured an article on the history of organizing the Transilvanian Experimental Neuroscience Summer School, co-organized by our institute.
read moreThe prestigious Nature journal showcases the research of Florian Engert, who is a member of the board of the Romanian Institute of Science and Technology and a professor at Harvard University, USA.
read moreRăzvan Florian has shown how neurons can learn to process and memorize information that is entirely temporally coded, both as input and as output, in the precise timings of spikes.
read moreThe institute will organize in June 2012 this summer school, which will concentrate top-level international expertise to teach a dozen students techniques and concepts in experimental systems neuroscience. Lectures and lab sessions will focus on modern optical and electrophysiological methods to study the connectivity and function of neuronal circuits.
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