Programm für das Sommersemester 2024
s, Uhr
| 29.04.24 | Jan Weldert, Pennsylvania State University | |
Atmospheric neutrino oscillations with the IceCube Upgrade | ||
| 12:30 Uhr s.t., Staudingerweg 7, Minkowskiraum, at https://indico.him.uni-mainz.de/event/199/ | ||
|
| 30.04.24 | Prof. Dr. Joacim Rocklöv, Heidelberg University | |
In this talk I will introduce infectious diseases and their sensitivity to climate variability and change. I will describe and contrast experimental evidence with empirical observations and data. In the talk I will discuss systems and interactions enabling introduction and transmission of emergent vectors, hosts, and pathogens. I will further give examples of how mathematical process-based models and machine learning approaches are used and how they can be applied to study patterns and responses to these changes. Finally, I will talk about novel applications of machine learning in surveillance and early warnings, as well as the evaluation of interventions to guide effective responses. Slides here... | ||
| 16:15 Uhr s.t., HS KPH | ||
|
| 30.04.24 | Marco Fedele, IFIC, Valencia | |
In the last decade, several measurements have been hinting at the possibility of Beyond Standard Model physics in B decays. Some of these observables have stayed “anomalous” after several experiments released multiple measurements of such quantities, while others have recently suffered a different fate. In this seminar I will recap the current status of experimental anomalies, critically reviewing the theoretical description of these observables in the Standard Model. I will therefore identify which are the quantities with the highest probability of being affected by New Physics, and which are the ones that on the other hand do not require an extension of the SM any longer. | ||
| 14:00 Uhr s.t., Lorentz room (Staudingerweg 7, 5th floor) | ||
|
zukünftige Termine
| 02.05.24 | Prof. Dr. Matthias Christandl, University of Copenhagen, Denmark | |
In these days, we are witnessing amazing progress in both the variety and quality of platforms for quantum computation and quantum communication. Since algorithms and communication protocols designed for traditional 'classical' hardware do not employ the superposition principle and thus provide no gain even when used on quantum hardware, we are in need of developing specific quantum algorithms and quantum communication protocols that make clever use of the superposition principle and extract a quantum advantage. "Quantum hardware needs quantum software", so to say. Furthermore, due to noise in the qubits, known as decoherence, an additional quantum-specific software layer is required that emulates a perfect quantum machine on top of a noise one. I will demonstrate our recent work on this subject with theorems as well data from university and commercial quantum devices. | ||
| 14:00 Uhr s.t., IPH Lorentzraum 05-127 | ||
|
| Koordination: | |