English version of this page

Tidligere arrangementer - Side 38

Tid og sted: , Niels Henrik Abels hus, 9th floor

In this talk, I will go through my past research before joining UiO, particularly at The University of Texas at Austin. This will include a brief introduction to the development of stable and adaptive finite element methods for challenging problems in engineering science. Second, I will focus on modeling efforts in coastal ocean hydrodynamics, including a review of the underlying physics and assumption and a review of the current state-of-the-art. I will also introduce several related to my focus of storm surge modeling and how the models are used by stakeholders beyond academia. 

Tid og sted: , Peisestua (room 304), Svein Rosselands Hus / Zoom

Renate Mauland-Hus, PhD student at Institute of Theoretical Astrophysics, University of Oslo.

Tid og sted: , Centre for Development and the Environment, Sandakerveien 130

How do consulting firms influence global health politics? In this seminar, Assistant Professor Tine Hanrieder will present research on consulting firms' role in WHO reform and discuss how it raises new questions about WHO's convening power.

Tid og sted: , Auditorium 3, Helga Engs hus

V?re skolesystemer og pedagogiske virksomheter m? reflektere radikalt over hvordan de har bidratt til at livet p? jorda befinner seg p? randen av katastrofe. Det mener Birgit Schaffar-Kronqvist fra Universitetet i Helsinki.

Tid og sted: , NHA B1120

As a consequence of the S-duality conjecture, Vafa and Witten conjectured certain symmetries concerning invariants derived from spaces of vector bundles on a closed Riemannian four-manifold. For a smooth complex projective surface X, a satisfying mathematical definition of Vafa-Witten invariants has been given by Tanaka and Thomas. Their invariants are a sum of two parts, one of which can be defined in terms of moduli spaces of stable vector bundles on X. Focusing on this instanton part of the VW invariants one can ask how it changes under blowing up the surface X. I will discuss joint work with Oliver Leigh and Yuuji Tanaka that answers this question.

Tid og sted: , Erling Sverdrups plass, Niels Henrik Abels hus, 8th floor
Tid og sted: , Hotel Radisson BLU Plaza

- Modellering og analyse av renterisiko i en post-Libor-verden med ESG. 

- Matematisk institutt ved Universitet i Oslo tilbyr et to-dagers etterutdanningskurs i renterisiko ved David Banos og Fred Espen Benth.

Tid og sted: , NHA B1120

I will explain how a recent “universal wall-crossing” framework of Joyce works in equivariant K-theory, which I view as a multiplicative refinement of equivariant cohomology. Enumerative invariants, possibly of strictly semistable objects living on the walls, are controlled by a certain (multiplicative version of) vertex algebra structure on the K-homology groups of the ambient stack. In very special settings like refined Vafa-Witten theory, one can obtain some explicit formulas. For moduli stacks of quiver representations, this geometric vertex algebra should be dual in some sense to the quantum loop algebras that act on the K-theory of stable loci.

Tid og sted: , Seminar room 3315 Terrarium, Kristine Bonnevies hus

By ?ric Coissac from the University of Grenoble, France

Tid og sted: , 12th floor Niels Treschows hus

In this talk, professor of design history Dr. Kjetil Fallan, explores design interventions at, and in the wake of, the United Nations Conference on the Human Environment in Stockholm 1972. What can design activism tell us about the conference's influence on future political decision-making? Or about the development of environmental thinking and ecologically informed design ideology in Scandinavia?

Welcome to this seminar with Tumaini Malenga from The African Institute for Development Policy, Malawi.

Tid og sted: , Litteraturhuset (rom: Skram)

Regjeringens nye mannsutvalg har f?tt et bredt mandat. Med dette seminaret ?nsker vi ? vite mer om utvalgets prioriteringer og hvordan forskning vil spille en rolle i utvalgets arbeid.

Tid og sted: , Niels Henrik Abels hus, 9th floor

When a body (such as an offshore structure and ship) exists on the surface of the ocean, it is influenced by waves. At the same time, waves are deformed by the body. This interaction is essential for considering the problems of bodies in waves. Although these are complicated systems, the theory is well-established based on linear potential flow, and this explains these phenomena very well.
In the seminar, some applications of potential theory-based analysis are shown, including the seakeeping of a ship, multi-bodies interaction, and elastic plate in waves. In addition, the progress of the study of wave-ice interaction in a marginal ice zone is presented which is a current work in UiO.

Tid og sted: , NHA 723 and Online
Tid og sted: , Origo, The Physics building

- Interdisciplinary research for bachelor students

Nigar Abbasova, Domantas Sakalys, Elizabeth Surgucheva & Dag Kristian Dysthe, Dept. of Physics, UiO

Tid og sted: , B723
QOMBINE seminar by Franz Fuchs (SINTEF and UiO): An introduction to quantum error mitigation
 
Tid og sted: , Nucleus, Bikuben, Kristine Bonnevies hus

IBV hosts five guest lectures on Terrestrial Ecology on Tuesday 25 October and Thursday 27 October. Today: Inger Maren Rivrud and Martin Lind.

Tid og sted: , HWH536

Ann-Katrine Schmidt Nielsen vil pr?sentere sit postdoc-projekt ”Stories of War and Refuge. Imagining Futures in Afghan Exile Art”.

Tid og sted: , Bikuben

Welcome to the next seminar of the semester, where there will be talks by Prof. Eirik Frengen (Depart. Medical Genetics, Univ. Oslo and Oslo University Hospital) and Dr. Francisco Yanguas Samaniego (Progida Group, FYSCELL, IBV)

Tid og sted: , Nucleus, Bikuben, Kristine Bonnevies hus

IBV hosts five guest lectures on Terrestrial Ecology on Tuesday 25 October and Thursday 27 October. Today: Mark Ravinet, Aline Magdalena Lee and Stephen De Lisle.

Tid og sted: , Domus Medica, Auditorium L-200, University of Oslo

This conference will bring together leading ageing researchers from around the world working on molecular, cellular, individual and societal levels of ageing.

Tid og sted: , Niels Henrik Abels hus, 9th floor

The survival of green plants depends on the efficient use of photosynthesis in the leaves, where sunlight, water, and CO2 are transformed into sugar – the raw material, which builds up even the largest trees. The dissolved sugars are transported by osmosis through the sieve tubes of the phloem, a vascular system, which runs through the veins of the leaves and on through the stem, all the way down into the roots. The sugar production sites (mesophyll) are distributed over the entire leaf, and it is important for the functionality of the leaf that they are all able to export their sugars. For conifer needles the linear venation architecture makes this challenging, and they have an extra “transfusion tissue” that bridges between production and transport. We are currently studying this complex collection of interdigitated water -and sugar-carrying cells by micro X-ray tomography on intact needles and by network modelling, to understand the pathways for water and for sugars (running in opposite directions) with huge pressure differences (say 3 MPa) across tiny length scales (say 5 microns).

Thomas Bohr is Professor of Physics at the Physics Department of the Technical University of Denmark.