Frontiers of Quantum Metrology for New Physics Searches

The Standard Model (SM) of particle physics has demonstrated remarkable predictive and descriptive capabilities across a wide range of phenomena. It has withstood extensive testing through a diverse array of methodologies encompassing various fields within physics. Notwithstanding its impressive track record, the SM grapples with significant challenges. In fact, it encounters a fundamental inconsistency with the very existence of our Universe. Specifically, the Standard Model fails to elucidate the observed disparity between matter and antimatter. Moreover, all endeavors aimed at unifying gravity with the foundational interactions delineated by the SM have thus far met with limited success. Plentiful observational data on galactic and larger scales cannot be explained based on the observed matter content in the framework of „normal gravity.“ The prevailing view is that invisible „dark matter“ dominates the matter content of the Universe . In addition, observations indicate that the Universe is expanding at an accelerating rate, attributing this to „dark energy”.

The extraordinary advances in quantum control of matter and light have been transformative for atomic and molecular precision measurements enabling probes of the most basic laws of Nature to gain a fundamental understanding of the physical Universe. Exceptional versatility, inventiveness, and rapid development of precision experiments supported by continuous technological advances and improved atomic and molecular theory led to rapid development of many avenues to explore new physics. Precision measurements in atomic, molecular, and optical (AMO) physics have lately made significant contributions to the quest for new particles and physics.

The main target audience would be composed of students at the master and PhD level. The program entails a series of lectures delivered by renowned experts in the domains of quantum sensors, quantum optics, precision metrology, and fundamental physics. These meticulously crafted lectures are designed to equip the next generation of aspiring researchers with a comprehensive understanding of these dynamic fields. This foundational knowledge will serve as a springboard for their future contributions and accomplishments. This exceptional opportunity empowers emerging scholars to delve deeply into the latest developments and applications within the realm of quantum metrology. It prepares them to take a leading role in shaping the future of quantum research and future theories of physics.

The accommodation and all meals during the school will be provided by the Physikzentrum. You will be accommodated directly in the building of the Physikzentrum – the school location.

Confirmed speakers:

• Eric Cornell (JILA and University of Colorado)
• Elina Fuchs (University of Hannover)
• Andrew Ludlow (University of Colorado and NIST)
• Holger Mueller (UC Berkeley)
• Silke Ospelkaus (University of Hannover)
• Igor Pikovsky (Stockholm University & Stevens Institute of Technology)
• Surjeet Rajendran (Johns Hopkins University)
• Piet Schmidt (PTB Braunschweig)Arne Wickenbrock (University of Mainz)