Förinställd beskrivning. Venenatis? Egestas, veniam nobis nesciunt eu unde quam aliqua! Aute assumenda aperiam! Asperiores, do, suspendisse viverra, metus libero! Ultrices, primis magni pretium quis sed integer molestie voluptate tristique! Maiores rhoncus, sapiente velit leo nihil eligendi excepturi iure voluptas placerat cupiditate! Similique scelerisque aliquam eius! Hic proident fermentum inceptos commodi risus, eos, fugit eiusmod ipsum. Dolor sequi? Vel? Repudiandae tempora a, sem curabitur consequatur! Quaerat, per enim non aspernatur cumque voluptatem, ex quisque maxime potenti! Veniam ultrices, venenatis ullam, vivamus autem malesuada fermentum ipsam mauris, pede beatae suspendisse quo tempus laborum, error varius voluptatum torquent eos iste sequi tortor, lobortis laboriosam.



ESS is one of the largest science infrastructure projects being built in Europe today. Designed to generate neutron beams for science, ESS will benefit a broad range of research, from life science to engineering ma­terials, from heritage conservation to magnetism.

The facility design includes a 5 MW linear proton accelerator, a rotating tungsten target station, 22 state-of-the-art neutron instru­ments, a suite of laboratories, and a super­computing data management and software centre.

Organized as a European Research Infra­structure Consortium, or ERIC, with Member Countries throughout Europe, this next-gen­eration research facility is being built through the collective global effort of hundreds of sci­entists and engineers.

Between 2,000 and 3,000 guest researchers from universities, institutes and companies from all over the world will every year use the broad spectrum of scientific instruments to carry out experiments not possible today.

ESS will provide the tools for analysis that will enable the next important discoveries in nanotechnology, life science, pharmaceuticals, materials engineering, and experimental physics.

It is understood that ESS, both through the research that will be performed there and the establishment of the facility itself, will serve as an economic driver for all of Europe.

ESS is expected to deliver its first neutrons by the end of the decade, with the user program to follow in 2023.

Link to ESS


MAX IV Laboratory has operated successfully for more than 30 years and is currently commissioning the new MAX IV synchrotron facility in Lund.

Fully developed it will receive more than 2 000 scientists annually, from Sweden and the rest of the world. They will do research in areas such as materials science, structural biology, chemistry and nanotechnology. 200 people are currently employed at the MAX IV Laboratory.

MAX IV is the largest and most ambitious Swedish investment in national research infrastructure. It is the brightest source of x-rays worldwide when inaugurated in June 2016. MAX IV Laboratory is hosted by Lund University.

Link to MAX IV