Besides collaborating with users from academia and industry, MAX IV is an active member of diverse networks bringing together research infrastructures from all over Europe. These networks aim to improve services offered to the user community, optimise efforts through knowledge exchange, and jointly develop large projects on a European level to address current common socio-economic issues.
LEAPS – the League of European Accelerator-based Photon Sources – is a strategic consortium initiated by the Directors of the Synchrotron Radiation and Free Electron Laser user facilities in Europe. Its primary goal is to actively and constructively ensure and promote the quality and impact of fundamental, applied and industrial research carried out at each facility to the greater benefit of European science and society.
The Analytical Research Infrastructures in Europe (ARIEs) provide unique windows into the workings of the world around us. They include powerful photon sources, such as synchrotrons, laser systems and free-electron lasers; sources of neutrons, ions and other particle beams; and facilities dedicated to advanced electron-microscopy and high magnetic fields.
They are centres of scientific and technological excellence, delivering services, data and know-how to a growing and diverse user community of more than 40,000 researchers in academia and industry, across a range of domains: the physical sciences, energy, engineering, the environment and the earth sciences, as well as medicine, health, food and cultural heritage.
The insights into materials and living matter made possible by their collective tools underpin the advanced research necessary for the success of the Horizon Europe Missions. The ARIEs provide free access to the scientific user community based upon scientific excellence and open data.
FELS OF EUROPE is a collaboration of all free electron laser (FEL) facilities in Europe, with the goal to meet the technological and scientific challenges of these novel and rapidly developing technologies and to provide a worldwide unique, pan-European research infrastructure that enables exploiting the full scientific potential of these unique accelerator based short-pulse light sources. The collaboration is an initiative of the ESFRI projects EuroFEL and European XFEL and includes 15 facilities in 11 countries.
LINXS is an advanced study institute whose mission is to promote science and education focusing on the use of neutrons and X-rays, to attract world-leading scientists for short-term focused research visits, and to create international networks
Tango is an Open Source solution for SCADA and DCS. Open Source means you get all the source code under an Open Source free licence (LGPL and GPL). Supervisory Control and Data Acquisition (SCADA) systems are typically industrial type systems using standard hardware. Distributed Control Systems (DCS) are more flexible control systems used in more complex environments. Sardana is a good example of a Tango based Beamline SCADA.
Tango is a general purpose open source solution for building control systems. It was originally built for controlling accelerators and scientific experiments, but has since been applied to a wide range of applications including industrial applications. Tango is very flexible and can be used to control anything and everything from hardware to software.
The MXCuBE project started in 2005 at ESRF, with the objective of providing crystallography beamlines users an easy-to-use software platform to run their experiments. In 2010, a collaboration agreement has been signed for the development of MXCuBE between the major synchrotron facilities in Europe.
ISPyB is a Laboratory Information Management System (LIMS) combining sample tracking and experiment reporting at synchrotron beamlines. It has been in production for many years, and is structured so as to make development and maintenance easy for software teams.