I251 - Neuroinformationsverarbeitung
Vorlesung
Freitag, 4. DS (13:00-14:30), ASB/114
Freitag, 5. DS (14:50-16:20, gerade Woche), ASB/114
Übung
Freitag, 5.DS. (14:50-16:20, ungerade Woche), ASB/114
Lesender
Dr. P. Marquard
Übungsleiter
Dr. P. Marquard
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! Important !
Zoom Link for the lecture on Friday 12 November 2021:
https://desy.zoom.us/j/87044370606 Meeting ID: 870 4437 0606 Passcode: 036034
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Übersicht und Motivation
The lecture will be on a specific advanced topic of quantum field theory/elementary particle theory, which may be of vital importance for the decade 2020-2030. Ultra-high precision of theory predictions will become necessary, leading to the need for an understanding of renormalization theory at an unprecedented level of detail. The lecture aims at beginning and advanced Master students, PhD students and others with an interest in advanced quantum field theory and renormalization theory. (In case of no prior exposure to QFT, participants are urged to also attend a basic QFT lecture in parallel).
The transition to a sustainable energy economy relies on the availability of key technologies for energy conversion and storage. The development and evolution of these technologies is becoming a central aspect for scientists in research and industry.
The purpose of this module is to outline various scenarios and key reactions, materials and devices for a renewable energy economy. We will discuss the complexity of the transition from fossil to renewable resources and focus on specific aspects in materials science like functional materials and important reactions in catalysis like water splitting and hydrogen evolution.