Tidlegare arrangement - Side 17

Tid og stad: , ITS, Room 401

Welcome to a master presentation by Kamil Krzyzanowski!

Tid og stad: , Origo

Dr. Anne Schad Bergsaker, Dr. Jon Kerr Nilsen, and Dr. Maiken Pedersen, USIT, UiO.

Tid og stad: , Room 4213, Endosperm

Evogene proudly presents the first rounds of master flash talks for 2024!  Four master students are currently scheduled to give presentations of their work. 

 

Tid og stad: , dScience Lounge

Welcome to our weekly lunch seminar held in the dScience lounge with Haghish Ebad Fardzadeh.

Tid og stad: , Fauna, Forskningsparken

Time and again, a product is being developed, approved, and launched, only to flop in the marketplace. So how can you get your ducks in a row to prepare for a successful product, and how early should you start this process?

Tid og stad: , Lille Fysiske auditorium (V232) - Fysikkbygningen

Ana Lucía Campaña Perilla will defend her thesis "Palladium-based nanoparticles produced by Escherichia coli:
Insights into synthesis and physicochemical characterization of microbial nanoparticles."
 for the degree of Philosophiae Doctor at the University of Oslo, Faculty of Mathematics and Natural Sciences.

Tid og stad: , Kristen Nygaards sal (5370), Ole-Johan Dahls hus/ Zoom

Doctoral candidate Nilza Eliana Correia De Lemos Collinson at the Department of Informatics, Faculty of Mathematics and Natural Sciences, is defending the thesis Historical analysis of the institutional dynamics surrounding the implementation of health management information systems in developing countries: The case of Mozambique for the degree of Philosophiae Doctor.

Tid og stad: , Nucleus 1, Bikuben, Kristine Bonnevies hus

Kunne du tenke deg utveksling til University of California Berkeley i løpet av graden din ved Institutt for biovitenskap? Kom på informasjonsmøte i Bikuben mandag 17. april for å få vite mer.

Tid og stad: , NHA 720

C*-algebra seminar by Emilie Elkiær.

Tid og stad: , Domus Bibliotheca

Hvordan klarer plantene å tilpasse seg den uforutsigbare våren og hvordan ser den livgivende sola ut på nært hold?

Tid og stad: , Niels Henrik Abels hus, 12th floor

We consider several situations where drops can be captured by fibrous materials, from sprays on textiles (where the droplets are much larger than the typical fiber size) to meshes placed in a flow of fog (where the droplets are smaller than the typical fiber size). This last system, often encountered in aerosol filtration, exhibits a wealth of phenomena coupling capillarity and aerodynamics. In particular, we characterize experimentally and theoretically the deposition of the mist droplets on the fibre and the flow through and around the porous mesh, that both strongly depend on the mesh porosity and fine structure (i.e. the arrangements of the fibers). We further consider the dynamics of large drops sitting on fibers when exposed to a cross-flow, in particular their interactions with their unsteady wakes.

 
Tid og stad: , Niels Henrik Abels hus, 12th floor

A liquid droplet placed on a rigid, planar surface has a captivating simplicity: its surface is a spherical cap and remains in equilibrium. In this talk, I’ll show that the addition of a deformable boundary leads to a range of new phenomena: evaporating droplets with an elastic skin may develop flat tops, but even without a complex rheology, reaching equilibrium can happen slowly, with the droplet’s contact ageing. I will discuss two specific examples, presenting a combination of theory and experiment for each.

Tid og stad: , Oslo Science Park, Toppsenteret

An event for students to revisit innovative ideas that seemed too wild. Explore these ideas with mentors and students from diverse technical and academic backgrounds. You may already have an idea, or can come up with during this event. Lack a team? Come join someone!

Tid og stad: , Botanical Museum (Lids hus: lunsjrom K28), Tøyen

Navigating the Shores of Biodiversity: Molecular and Morphological Investigations of Coastal Beetles in the Subfamily Ochthebiinae

Tid og stad: , Digitalt

Aker Scholarship er et stipend for deg som ønsker å ta en mastergrad eller doktorgrad ved et av verdens ledende universiteter. Stipendet ønsker søkere fra alle fagfelt.

Tid og stad: , room 1259 (Abels Utsikt) - Niels Henrik Abels hus

Doctoral candidate Stephane Poulain at the Department of Mathematics will be defending the thesis Capillarity, Elastohydrodynamic, and Fluid-Structure Interactions at Small Scales for the degree of Philosophiae Doctor.

Tid og stad: , V205 Oslo and C329 Tromsø via Zoom

Hylleraas seminar, hosted in Oslo

Tid og stad: , Chemistry building: Auditorium 2

Doctoral candidate Emil Herman Frøen at the Department of Chemistry, Faculty of Mathematics and Natural Sciences, is defending the thesis "The synthesis, crystal structure and properties of bichalcogenides" for the degree of Philosophiae Doctor.

Tid og stad: , Lille Fysiske auditorium (V232) - Fysikkbygningen

Even Simonsen Håland will defend his thesis "A search for heavy neutral gauge bosons and dark-sector particles with the ATLAS detector" for the degree of Philosophiae Doctor at the University of Oslo, Faculty of Mathematics and Natural Sciences.

Tid og stad: , Domus Bibliotheca

Dette arrangementet gir innsikt i teknologien og pågående arbeid ved bl.a. Universitetet i Oslo og Nasjonalbiblioteket for å tilby åpne generative språkmodeller spesialtilpasset det norske språket, til bruk i både forskning og kommersiell utvikling.

Tid og stad: , Aud 1, The Geology Building (or Zoom)

Welcome to our GEOHYD Lunch Seminar Friday 12th of April @ 12:15 in Aud. 1, Geology building or via videolink using Zoom. The seminar is held by Erik Martin Lund (UiO).

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

The theory of flexible plates can be applied to models of floating solar panels. When wet, the structure vibrates with lower frequencies than when in vacuo.  Our study is concerned with thin rectangular porous plates with free edge conditions in three dimensions exposed to incoming waves. We develop a complete hydrodynamical theory of the wave-flexible-structure interaction including the coupled radiation-diffraction problem. The formulation leads to a set of integral equations for the potentials on the wetted side of the plate. The Green function in three dimensions is implemented along the floating geometry. We use the beam method for the displacement of the rectangular free plate. A variational equation is minimized for the solutions of the interaction problem

 
Tid og stad: , Online / Meeting rooms K08-K09, Svein Rosselands Hus

Jane Luu, Adjunct Professor at Centre for Planetary Habitability (PHAB) and Institute of Theoretical Astrophysics, University of Oslo.

Tid og stad: , HumSam-biblioteket

Velkommen til fullt fokus på skriving! Stikkord for kvelden: Kunstig intelligens, Shut up & write!, skrivehjelp, unngå plagiat, bekjemp prokrastinering!

Tid og stad: , Digitalt

Aker Scholarship er et stipend for deg som ønsker å ta en mastergrad eller doktorgrad ved et av verdens ledende universiteter. Stipendet ønsker søkere fra alle fagfelt.