Tidligere arrangementer - Side 14
Stipendiat Cecilie Drougge Halsteensgaard ved ILN, holder innlegg for Forskerseminaret i tekst og retorikk.
The Deep learning seminar will be held on Thursdays at 10:15–12:00. Please register to this mailing list if you would like updates.
I oktober gjester Duun-forsker Einar Vannebo v?rt litter?re instituttseminar.
How can we use drawings and graphic narratives to develop and communicate our research? The Border Readings group at ILOS has invited researchers and artists, guest researcher Kari Korolainen and ILOS researcher Fabian Heffermehl, to share with us their thoughts and experiences of using drawing and graphic storytelling to think about their research problems – and thinking with their research materials – in visual and bodily ways. Welcome to this open discussion, if you are interested in exploring these possibilities or already have experiences which you might share.
A conversation with Roma Liberov - director, scriptwriter, and producer.
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Arkeologisk fredagsseminar med postdoktor Mari Arentz ?stmo tilknyttet Institutt for arkeologi, konservering og historie (IAKH), samt Kulturhistorisk museum (KHM), og prosjektet Viking Nativity: Gjellestad Across Borders
In this CIMs lecture, Prof. Stephan Guth explores what a Norwegian National Library manuscript tells us about the everyday life of a Levantine merchant in the mid-18th century.
Fluid efflux from the brain plays an important role in solute waste clearance. Current experimental approaches provide little spatial information or data collection is limited due to short duration or low frequency of sampling. One approach shows tracer efflux to be independent of molecular size, indicating bulk flow, yet also decelerating like simple membrane diffusion. In an apparent contradiction to this report, other studies point to tracer efflux acceleration following infusions. In this talk, I will share a stylized advection-diffusion model for clearance of waste, which reconciles the apparent contradiction, and discuss methods to validate it with novel MRI data. Being stylized, it is also simple enough to permit a dimensional analysis which indicates that clearance of waste from the brain is governed by three dimensionless quantities including a potential bottle-neck for clearance due to transport across the surface membranes.
Taran Palmstr?m Fenn vil snakke om sin masteroppgave ?In times of flood. Environmental imagination in Odo of Ch?teauroux’ (c.1190–1273) ‘Sermo in processione facta propter inundationem aquarum’?.
?ystein Elgar?y, Professor at Institute of Theoretical Astrophysics, University of Oslo.
The fourth Lorentz Dietrichson Lecture is given by Jessica Sj?holm Skrubbe, Assistant Professor and Lecturer in Art History at Stockholm University.
AVLYST grunnet sykdom.
In this DynamiTE lunchtime seminar, La?na Droz will be presenting her paper on "Conceptual ping-pong: Environmental discourses and identity politics in Asia".
Lecture by ?lafur Rastrick, Professor of European Ethnology at the University of Iceland.
Friday Seminar with Scott Anfinson from the University of Minnesota. Anfinson is a guest researcher at IAKH, and is both a heritage management archaeologist and a midcontinental North American prehistoric archaeologist. Anfinson is visiting UiO on a Fulbright Grant and studies heritage management in Norway.
Jamie Y. Findlay explores the idea that the distinction between fast/automatic and slow/deliberate thought processes can be drawn inside the domain of language processing.
Cavitation is a ubiquitous and sometimes destructive, phenomenon. For instance, cavitation bubbles may interrupt water flow in plants or severely damage the surfaces of machines such as pumps and propellers. The so-called tribonucleation of vapor bubbles has been proposed to be responsible for the cracking sound produced by the manipulation of human synovial joints. To study cavitation up close we have developed an experimental setup where a sphere in water abruptly leaves a flat surface starting from a separation of only 10 nm.
Upon upward movement of the spherical surface, a cavitation bubble forms and develops branched fingers through the Saffmann-Taylor instability. Simultaneously, negative liquid pressures in the range of ～10atm are observed. These large tension values occasionally lead to secondary nucleation events. The bubble sizes satisfy a predicted Familiy-Vicsek scaling law where the bubble area is proportional to the inverse bubble lifetime. The fact that creeping flow cavitation bubbles are more short lived the larger they are separate them from bubbles that are governed by inertial dynamics.
Ana Belen Grinon Marin, Postdoctoral Fellow at Rosseland Centre for Solar Physics, Institute of Theoretical Astrophysics, University of Oslo.
Denne presentasjonen vil utforske hvordan Spania og Latin-Amerika danner et transatlantisk rom for ? ut?ve postdiktatorisk traumatisk hukommelse fra et narrativt og affektivt perspektiv.
QOMBINE seminar by Satvik Singh (University of Cambridge): The PPT2 conjecture for diagonal unitary covariant map
Arkeologisk seminar med Dr. Marko Marila, gjesteforsker ved IAKH. Marila er postdoktor ved Link?ping Universitet og tilknyttet prosjektet Nuclear Natures
In this lecture, Pelle Valentin Olsen investigates the historical entanglement of capital, culture, and leisure by mapping the local Iraqi capitalist and entrepreneurial elites, many of whom were upper-class Iraqi Jews with international outlooks, who invested in film exhibition and production technology.
Self-assembly is the spontaneous generation of order in systems driven by thermal agitation and interactions. At the molecular level, self-assembly plays an important role in the formation of giant com- plex macromolecules, being quite relevant for living systems. At the mesoscopic level, capillary driven self-assembly has been proposed for building structures in the gap between classical bottom-up and top-down fabrication methods, i.e. at the scales in between 10 micrometers and 1 millimeter. Although the method was proposed 20 years ago, only regular or simple structures were achieved so far. Using both experimental and statistical physics ideas, we demonstrate how to exploit subtle capillary interactions to create elaborate complex structures, as well as functional micromachines. On top of that, we show how such mescoscopic systems can be the analogues of many different physical systems such as folding molecules, molecular locks and keys, and crystal formation.