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EXC 2118:  Precision Physics, Fundamental Interactions and Structure of Matter (PRISMA++)

Subject Area Particles, Nuclei and Fields
Optics, Quantum Optics and Physics of Atoms, Molecules and Plasmas
Term since 2019
Website Homepage
Project identifier Deutsche Forschungsgemeinschaft (DFG) - Project number 390831469
 
At the core of our Universe lies a world of particles so small they defy imagination, yet so fundamental they shape everything we see. The Standard Model (SM) of Particle Physics describes the microscopic world with extraordinary precision, providing a deep understanding of fundamental interactions, the structure of matter, and the evolution of the Universe. Remarkably, the SM also raises compelling new questions and leaves several phenomena unexplained, indicating that our understanding of the Universe continues to evolve. PRISMA++ is at the forefront of exploring these new frontiers in fundamental physics. During the current funding period, PRISMA+ has led to major advances in precision physics, exploring core questions across particle, hadron, nuclear, and atomic physics. Our research strategy combines high-risk/high-gain experiments on campus with key initiatives at external research facilities. Our theoretical physics team of internationally renowned experts drives conceptual innovations. We have established cutting-edge facilities at JGU, most prominently the new MESA accelerator, which will enable unparalleled precision in electron scattering experiments. Building on our achievements, PRISMA++ will significantly extend the exploration of the fundamental questions surrounding the SM and seek new physics. A central priority is to fully harness the potential of MESA. Leveraging the enhanced capabilities of this extraordinary facility, we aim to uncover physics beyond the SM through new precise experiments. Recognising the unique role of neutrinos as messengers of new physics, we will expand our research in this area at various facilities worldwide, deploying cutting-edge detection technologies and novel methodologies. In the exploration of the dark sector, we will combine experimental information from large-scale facilities with that from tabletop experiments performed on campus. PRISMA++ will bring together leading researchers from various fields, forming a vibrant hub of innovation. The Mainz Institute of Theoretical Physics and the PRISMA Detector Laboratory will significantly support the activities of the cluster with new measures laying the groundwork for future discoveries. MESA will become a world-leading centre for the development of new methods and technologies in accelerator science. Central to our mission is the support of early-career researchers, which ensures future scientific excellence and innovation. To achieve this, the Mainz Physics Academy will introduce new programmes that integrate research, education, and career development to empower the next generation of scientific leaders. PRISMA++ is committed to advancing responsible, sustainable research by implementing eco-friendly scientific practices. By fostering excellence and innovation, PRISMA++ will drive new experiments, technologies, and theories, ensuring JGU’s leadership in fundamental physics and shaping future research strategies.
DFG Programme Clusters of Excellence (ExStra)
 
 

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