Opening Statement

• Stacey Sörensen

An introduction to LINXS

• Peter Schurtenberger

Strategy of NMT faculties

• Olov Sterner

More than simply neutrons - lessons from ISIS, ILL and ESS

• Colin Carlile

Industry perspectives on research infrastructures in SVS

• Tomas Lundqvist

National research perspectives on MAX IV, ESS and the Brunnshög area

• Sofie Björling

The future of neutron scattering at ESS The future of x-ray based science at MAX IV Cristoph

• Andreas Schreyer

The future of x-ray based science at MAX IV

• Cristoph Quitmann

NETWORKING RECEPTION At Kulturen down the stairsfrom lecture hall (trädgårdsrummet)

Emerging science in chemistry using neutrons and x-rays

• Sven Lidin

Cultural heritage, neutrons and x-rays - a winning team

• Piero Baglioni

Ultrafast processes probed by x-rays

• Jörgen Larsson

Investigating the dynamics of biological macromolecules with neutron scattering

• Bela Farago

Understanding protein crowding

• Anna Stradner

The future of neutron and x-ray based structural biology

• Karin Lindkvist

New trends in x-ray imaging in life sciences

• Marco Stampanoni

KEYNOTE

Complex systems and scattering - what computer simulations can tell us

• Emanuela Zacharelli

Simulations+scattering for protein structure, interactions and dynamics

• Mikael Lund

X-ray photon correlation spectroscopy: ugly duckling or beautiful swan?

• Theyencheri Narayanan

X-ray and Neutron beams: Providing inside information on materials

• Philip Withers

Material evolution across scales and over time using x-rays and neutrons

• Stephen Hall

Using neutrons and x-rays in biomedical engineering

• Sophie Le Cann

Characterising nanocrystal superlattices in bulk and at interfaces

• Marcus Scheele

Soft Matter, MAX IV and ESS

• Ulf Olsson

Summary and Outlook

• Lise Arleth