- 24 May 2017 8:00 AM
“The research centre is not an investment with the purpose of catching up with Europe; it is rather about making Europe catch up with the world,” he said.
The facility, part of the European Union’s Extreme Light Infrastructure (ELI) project, will make a wide range of ultrashort light sources accessible to the international scientific community.
The centre’s main areas of research and application are valence and core electron science, 4D imaging, relativistic interactions, and biological, medical and industrial applications.
Hungary, the Czech Republic and Romania won a joint bid for the ELI project in 2009. Other ELI projects include a particles and X-ray research facility in Prague and a photonuclear research facility on the outskirts of Bucharest.
The ELI Attosecond Light Pulse Source (ELI-ALPS) project in Szeged is expected to open new avenues to reveal the secrets of matter on ultrashort timescales.
“Hungary can be a winner in the future by creating an entire network of scientific research centres so that the country becomes not only a production centre but one devoted to research and development too,” Orbán said, adding that Hungary had not got the investment as a gift but it had won it by undertaking to plough its own money into establishing the centre and “cutting out” EU resources.
He said this decision had sparked serious debate, and people questioned how it was possible for Hungary to devote 70-80 billion forints to the project when, at the time, its public finances were shaky.
“Research carried out at the University of Szeged speaks for itself, but now the centre can attract researchers and students from all over the world,” he said.
Orbán also noted that Szeged is a city controlled by the opposition Socialists, yet the government has built bridges in the greater interest of the country and the city.
Republished with permission of Hungary Matters, MTI’s daily newsletter.
MTI photo: Koszticsák Szilárd