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Cutting-edge control center: Foundation stone laid for high-performance FAIR control center

Posted By Administration, Tuesday 12 April 2022
Updated: Tuesday 12 April 2022
Author: GSI

The construction for the FAIR Control Center (FCC) has begun. The start of work is an important step in the construction of the international accelerator center FAIR (Facility for Antiproton and Ion Research) and marks a decisive moment for one of the largest construction projects for research worldwide. On March 29, 2022, the symbolic laying of the foundation stone for the new building took place on the construction site directly at the western entrance to the GSI Helmholtzzentrum für Schwerionenforschung in Darmstadt. It was an honour for GSI/FAIR to receive the Federal Minister of Education and Research, Bettina Stark-Watzinger, the Hessian Minister of Higher Education, Research, Science and the Arts, Angela Dorn, the Hessian Minister of Finance, Michael Boddenberg, and Jochen Partsch, Lord Mayor of the Science City of Darmstadt, on this occasion. When completed, the FAIR Control Center will be a crucial hub of the entire infrastructure on the GSI/FAIR campus.

The FAIR accelerator facilities will provide particle beams of unprecedented intensity and precision, enabling scientist to perform unique experiments to gain new insights into the structure of matter and the evolution of the universe from the Big Bang to the present. Therefore, an integrated state-of-the art control center is needed to control and monitor the extremely complex accelerator facility. The control tasks will be performed by a specialized accelerator operation team exploiting sophisticated software tools including AI based processes. The future Main Control Room (MCR) is significantly larger than the existing main control room at the GSI facility, which is suitable to serve the GSI facilities but could no longer meet additional space and technical requirements for FAIR. The FAIR facility is about four times as large as the existing GSI facility and will enable the realization of a significantly higher number of experiments. In addition, with FAIR the parallel operation of experiments increases.

In addition to the main control room, more than 200 new scientific office workplaces will be established in the building, as well as meeting rooms for experiment collaborations and a visitors' gallery. The five-story FAIR Control Center, partial with basement, has a total gross floor area of approximately 6000 square feet.

At the same time as the foundation stone is being laid, FAIR's scientific program is already in its first stage of implementation, the so-called "FAIR Phase 0". Here, the researchers are using the GSI accelerator facilities, which have been significantly improved for their later use as pre-accelerators for FAIR and will be further technically upgraded. Thanks to the detectors and instrumentation already developed by the large international FAIR collaborations and the improved particle accelerators, it is already possible to enter new physics territory.

During the foundation stone ceremony, high representatives from politics, both the federal government and the state, as well as from science and the building industry gave greetings and symbolically laid the foundation stone for the FCC. The Scientific Managing Director of GSI and FAIR, Professor Paolo Giubellino, emphasized the great potential FAIR offers for research worldwide: “FAIR will open up outstanding research for decades involving a world-wide scientific community. With the FAIR facility, researchers from all over the world will be able to investigate key questions about the structure of the universe by producing the fundamental processes in the laboratory, but also to advance applications in medicine, materials research, and IT, for example. FAIR is also an ideal education site for the next generations of scientists and engineers. The current research program FAIR-Phase-0 already offers excellent research programs; in the coming years, FAIR will progressively enter into operation opening unique opportunities for science and technology. "

Statements on the foundation stone ceremony

Bettina Stark-Watzinger, Federal Minister of Education and Research, says: “The establishment of FAIR emphasizes Germany’s outstanding position in basic physical research. The construction of facilities like FAIR is an investment in the future of our country. The Federal Ministry of Education and Research supports FAIR in becoming a magnet for the world’s best scientists. Today’s laying of the foundation stone together with the federal state of Hesse is another important step in this direction.”

Angela Dorn, Hessian Minister of Higher Education, Research, Science and the Arts, says: “FAIR is a worldwide unique facility, which is also of outstanding importance for the Hessian research landscape. The particle accelerator will allow to study the structure of matter and the evolution of the universe from the Big Bang to the present. It is about fundamental knowledge, about whatever holds the world together in its inmost folds, as well as about developing new applications for technology and medicine. The international collaboration of the global research community on this project is an important foundation for its success, but it also holds challenges in light of the current world situation. We welcome the FAIR Council's constructive engagement with them to realize this outstanding scientific facility."

Michael Boddenberg, Hessian Minister of Finance, says: “The laying of the foundation stone for the FAIR Control Center creates the basis for groundbreaking scientific findings. It forms the interface to the international FAIR project and will sustainably strengthen our science and business hub through cutting-edge research. Together with the Federal Government and in cooperation with its international partners, the Hessian State Government has always supported GSI's research operations and the construction of FAIR. I would like to thank all those involved in the project who have contributed to the fact that we can celebrate this important construction progress together today.

Jochen Partsch, Lord Mayor of the Science City of Darmstadt, says: “The pioneering FAIR Control Centre project confirms our location's qualities as an important reference point for top international research and will boost research and science to a new dimension. I am proud to witness that the City of Science Darmstadt is further opening the door to the universe and offering the unique opportunity to conduct cutting-edge research.”

Volker Pohlschmidt, Managing Director of Bauunternehmung Karl Gemünden GmbH & Co. KG, says: “As the executing shell construction company for the construction of the FAIR Control Center FCC, we would like to thank you for the opportunity to participate in this seminal building. We consider ourselves very fortunate that the public sector trusts in our range of services. It represents an important contractor for us, especially in times of crisis.”

About FAIR

The international accelerator center FAIR, which is currently being built at GSI Helmholtzzentrum für Schwerionenforschung, will be one of the largest and most complex accelerator facilities in the world. The centerpiece is the ring accelerator SIS100 with a circumference of 1100 meters, which has already been completed in its structural shell. Connected to this is a complex system of storage rings and experimental stations. The existing GSI accelerators serve as pre-accelerators. Engineers and scientists work together in international collaborations to drive forward new technological developments in many areas, for example in information technology or superconductivity technology. In the future, about 3000 researchers from all over the world will be able to conduct cutting-edge research at FAIR. In outstanding experiments, they will gain fundamental new insights into the structure of matter and the development of the universe.

 

 

Tags:  EPS AM  EPS Associate Members  Facility for Antiproton and Ion Research  FAIR  FAIR Control Center  FCC  GSI 

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The 2020 Update of the European Strategy for Particle Physics

Posted By Administration, Monday 14 December 2020

Author: Rüdiger Voss


The CERN Council has started to chart a roadmap for European Particle Physics in the post-LHC era

At an extraordinary meeting in Lisbon in 2006, the CERN Council approved for the first time the “European Strategy for Particle Physics”. This strategy is not only a roadmap for the CERN Laboratory in Geneva, but for the future of particle physics in Europe at large; its formal basis is Article II of the CERN Convention whereby the Organization provides, inter alia, for the organization and sponsoring of international co-operation in nuclear research, including co-operation outside the Laboratories. Since 2006, the strategy has been updated in seven-year intervals, first in 2013 and recently in June 2020. Regardless of its European perspective and scope, the strategy and its updates have always kept an eye on developments and roadmaps in other regions, in the interest of a global sharing of efforts at complementary research frontiers and to minimize an unwanted duplication of major research infrastructures.

The initial 2006 strategy focused on the completion and initial exploitation of the Large Hadron Collider (LHC) at CERN, and the 2013 update on the upgrade to the High-Luminosity LHC (HL-LHC) which is now under construction. Whereas HL-LHC remains the obvious near-term priority, the 2020 update also faced the challenge of developing a strategy for the post-LHC era. The Higgs boson that was discovered with the LHC in 2012 is a cornerstone of the successful Standard Model of particle physics, and there are compelling arguments for a new large electron-positron collider that would operate as a “Higgs factory” to study the unique properties of this fundamental particle with the highest accuracy in clean experimental conditions.

Different avenues can be charted to reach this goal. The shortest is a European participation in the “International Linear Collider” (ILC) which has been proposed for construction in Japan for many years; a candidate site for this machine has been identified where it could be built with a short lead time, and with mature and established technologies. It would reach a centre-of-mass energy of 500 GeV in a 30 km long tunnel, and could possibly be upgraded to 1 TeV by extending the length. However, the future of the ILC seems uncertain since thus far – even after reducing the initial energy to 250 GeV – it has failed to gain unequivocal support from the Japanese government and from the wider Japanese scientific community. Moreover, a straight tunnel does not open a direct path to a new discovery machine at the high-energy frontier of particle physics, where the LHC has firmly positioned Europe as the global leader.

A complementary, and much more ambitious, scenario is under discussion for CERN: the “Future Circular Collider” (FCC) in a new tunnel of 100 km circumference, which could initially accommodate a circular electron-positron collider (FCC-ee), that would be replaced at a later stage by a new hadron-hadron collider (FCC-hh) with a target energy of 100 GeV in the centre-of mass. This would replicate the successful LEP-LHC scenario on a larger scale. Whereas the energy of FCC-ee will be intrinsically limited to 365 GeV by synchrotron radiation, such a machine would be straightforward to build in principle. In contrast, for FCC-hh to attain seven to eight times higher proton and ion energies than the LHC in a 100 km long tunnel calls for novel technologies for superconducting bending magnets, which in turn require a massive development effort. R&D into a new generation of dipole magnets based on niobium-tin (Nb3Sn) superconductors has started at CERN and has produced encouraging results, but there is still a long way ahead to reach the required field strengths, and to bring this technology to maturity for the mass production of magnets on an industrial scale. Last not least, HL-LHC will need to deliver results that help to sharpen the physics case for a new discovery machine.

Finally, a new facility of the dimensions of the FCC cannot be financed within CERN’s present institutional and budgetary framework. When the LHC was built, 90% of the total cost of the accelerator infrastructure were funded by the Member States through their regular contributions to the CERN budget; only 10% were contributed – mostly in-kind – by non-Member States (the non-Member State contributions to the LHC detectors are significantly higher). This model is not scalable to the much larger dimensions of the FCC, which can only be built through a truly global effort that will require new and innovative governance and funding mechanisms.

Against this background of complex scientific, technological and political imponderables, the European Strategy Group (ESG) which was charged to prepare the update for the CERN Council has been prudent not to voice explicit support for either of the two scenarios. The core recommendation is that Europe, together with its international partners, should investigate the technical and financial feasibility of a future hadron collider at CERN with a centre-of-mass energy of at least 100 TeV and with an electron-positron Higgs and electroweak factory as a possible first stage. In parallel, the strategy update keeps the door open for a European participation in the ILC.

Regardless of this restraint, the 2020 strategy update is a significant milestone on the long and arduous way to unravelling fundamental physics beyond the Standard Model, and to consolidating Europe’s leadership at the high energy frontier of particle physics.

For full details about the European Strategy for Particle Physics, the update process and the 2020 recommendations, see https://europeanstrategyupdate.web.cern.ch.

Tags:  CERN  ESPP  European Strategy for Particle Physics  FCC  Future Circular Collider  HL-LHC  LHC  nuclear physics  research infrastructures 

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