Arrangementer

Yuki Matsubara forsvarer sin ph.d.-afhandling ved et offentligt foredrag: “A Study of Moduli Spaces of Parabolic Connections and Geometric Langlands Correspondence”.Lektor Fabian Haiden vil være ordstyrer ved arrangementet. Ph.d.-forsvaret finder sted i U146 (Ø15-501a-2).Alle er velkomne.

About the lecture:Humans have introduced a huge array of novel chemical and material pollutants into the Earth system, and continue to do so at an ever-increasing scale.  Humanity’s pollution disrupts Earth system processes, and the stream of novel pollutants flowing into Earth’s environment poses a constant threat of new planetary-scale impacts.  This lecture provides a summary of nearly 15 years of evolution of ideas about how to confront risks and threats from planetary-scale pollution on Earth, and about a new initiative to extend those principles to protection of the moon, Mars and other celestial bodies where humans explore, visit, and may eventually colonize.About Matthew MacLeodMatthew MacLeod is Professor of Environmental Science at Stockholm University, Sweden, and Deputy Dean of Earth and Environmental Science.  He is a Fellow of the Royal Society of Chemistry (FRSC) and is currently Sweden’s “Designated Expert” on Persistent Organic Pollutants for the Arctic Council’s Arctic Monitoring and Assessment Programme (AMAP). He holds a Bachelor’s degree from the University of Victoria (Canada), and Master’s and PHD degrees from Trent University (Canada). Prior to moving to Sweden in 2010 he was a post-doctoral researcher at the Lawrence Berkeley National Laboratory (USA) (2002-04) and a Research Group Leader at the Swiss Federal Institute of Technology (ETH) in Zurich, Switzerland (2004-10). Professor MacLeod uses mathematical models and data analysis to study the factors that control human and environmental exposure to environmental contaminants, and the links between the three dimensions of the “triple planetary crisis” of pollution, climate change and biodiversity loss. The goal of his research is to build a quantitative understanding of humanity’s impacts on the Earth system, and to develop practical tools and guidance to support rational decision-making.The event is organized by DIAS Chair Zhanyun Wang

Jonas Vistrup forsvarer sin ph.d.-afhandling ved et offentligt foredrag: “Explainable AI and the Law: Expert Systems for Danish Traffic Law”.Lektor Tariq Yousef vil være ordstyrer ved arrangementet. Ph.d.-forsvaret finder sted i U48A (Ø4-602-2).Alle er velkomne.

Kom og vær med til 2 x 20 min. inspirerende foredrag, mens du nyder en gratis "afslappet after-work" øl med dine medstuderende, kollega eller lærer.Til denne IMADA Talk kan du møde postdoc Xueying Qin (emne: Using LLMs in Lean 4: The Next Stage of Proof Automation) og lektor Lars Rohwedder (emne: AI for Math and TCS Research: A User's Perspective).

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About the lecture:The concert and lecture will present 300 years of musical history through compositionsfrom the vast and rich piano repertoire. Masterpieces by Johann Sebastian Bach, Ludwig van Beethoven,Franz Liszt, and Claude Debussy will be performed and analysed to deepen both ourunderstanding and emotional perception of the music. Birch’s Astronomic Piano Pieces willtake the audience on a journey into space, thereby demonstrating a highly interesting, innovative,and unorthodox approach to music-making.All aspects of this remarkable instrument and its many possibilities will be explored — notonly the music itself, but also the piano’s technical development in relation to broader politicaland cultural movements throughout history.About the speaker:SVEN BIRCH was born in Denmark and studied piano at the DJM in Aarhus, where he graduated with a soloist diploma. Thanks to numerous scholarships, he was able to continue his studies in Vienna with Prof. Alexander Jenner. In addition, he attended masterclasses with renowned pianists such as Tatiana Nikolayeva, Conrad Hansen, John Lill, and Peter Feuchtwanger.As a sought-after pianist, Birch possesses an extensive repertoire ranging from the Renaissance to contemporary music. He is active as a soloist, chamber musician, accompanist, and composer, and has performed throughout Europe, North and South America, and Asia. Among his major projects is the performance of the complete cycle of Beethoven’s 32 piano sonatas.Since 1992, Professor Sven Birch has been teaching at the Anton Bruckner Private University in Linz. From 1996 to 2004, he also taught at the Mozarteum University in Salzburg.He is a member of the George Crumb Trio Linz and the Georgiadis-Birch flute and piano duo. He regularly conducts concerts and projects, and he serves as the conductor and artistic director of the ensemble Lézard aux Plumes in Linz.He is frequently invited to give masterclasses and workshops (Sibelius Academy Helsinki, Chopin Academy Warsaw, Royal Academy Manchester, as well as universities in Buenos Aires, Rio de Janeiro, Beijing, Riga, Tallinn, Aarhus, Rome, Milan, and Seville) and has produced numerous CD, television, and radio recordings.The event is organized by Anne-Marie Mai & Andreas Birch

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I november 2026 er det 50 år siden Dea Trier Mørchs banebrydende roman "Vinterbørn" satte fødslen og kvindekroppen på dagsordenen. Hvad var det for en åre i tiden Mørch ramte med sin fortælling om kvinder og fødsler?

I november 2026 er det 50 år siden Dea Trier Mørchs banebrydende roman "Vinterbørn" satte fødslen og kvindekroppen på dagsordenen. Hvad var det for en åre i tiden Mørch ramte med sin fortælling om kvinder og fødsler?

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Quantum Advantage to AI Supremacy by Volodymir Zenin, Shailesh Kumar and Torgom YezekyanAbout the event:In the series of three presentations by young scientists, Volodymir Zenin, Shailesh Kumar and Torgom Yezekyan from SDU Nano Optics, we intend to illustrate the basic underlying concepts involved in quantum optics, especially quantum computing and communications, by using a simple (pedestrian level) language and conducting real and gedanken experiments. We’ll endeavor to answer, or at least start answering, questions like:What is quantum about light? Can one see/feel any signs of quantum light in real life? What is so special about quantum computing/communications? Do we really need quantum computing/communications? How does AI come into all this?The idea is to make the realities of quantum revolution we are witnessing nowadays just a bit more understandable and tangible, i.e., more real.  About the speakersShailesh Kumar is an Associate Professor at SDU Nano Optics, University of Southern Denmark. His research focuses on quantum nanophotonics, particularly solid-state single-photon emitters, metasurfaces, nanoantennas and integrated photonic structures. He develops ways to control the emission rate, directionality, polarization and spatial modes of quantum light, with the aim of creating compact sources of structured and entangled photons for quantum technologies. Dr. Vladimir Zenin received his Ph.D. in Energy and Environmental Technologies from the University of Southern Denmark in 2014. Since joining the Nano Optics group, his research has focused on scanning near-field optical microscopy (SNOM), progressing from fiber-based collection-mode SNOM with in-house fabricated probes to advanced scattering-type SNOM.His work applies SNOM to precise nanoscale characterization of optical properties in advanced materials, including gold monocrystals and van der Waals materials. Dr. Zenin has published extensively in high-impact journals and regularly presents his research at international workshops and conferences. Dr Torgom Yezekyan is an Assistant Professor at the Centre for Nano Optics, University of Southern Denmark (SDU). He received his PhD in Physics in 2019 from Yerevan State University where his work focused on the theoretical investigation of interactions between quantum emitters and plasmonic structures. His current research centers on experimental studies of nanoscale light–matter interactions, with an emphasis on passive and active plasmonic and photonic systems.The event is organized by Sergey I. Bozhevolnyi.