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Tidlegare arrangement - Side 125

Tid og stad: , NHA 819

Tittel: Likelihood corrections for the incidental parameter problem in Poisson distributed panel data

Tid og stad: , Digitalt via Zoom

"Attempt at Cu-catalyzed N-1 arylation of hydantoin"

Tid og stad: , Digitalt via Zoom

"Altering the structural elements of indole-based PDF inhibitors: Synthesis and characterisation"

Tid og stad: –, via Zoom Webinar

An analysis of non-Gaussian models predicting anomalies in the cosmic microwave background

Tid og stad: , Digitalt via Zoom

"C-5 Alkylidation of hydantoins An overview of three different synthetic approaches"

Tid og stad: , Digitalt via Zoom

"The Effect on Plasmonic Behaviour in Quasi Two-Dimensional GeSe by Variation in Thickness and Phases"

Tid:

Tittel: Fraud detection using copula regression

Tid og stad: , Undervisningsrom 819

Tittel:   Application of count time series to battle deaths

Tid og stad: , Digitalt via Zoom

"Establishing a liquid chromatography-mass spectrometry method for the quantification of colistin A, a last line of defense against antibiotic resistance"

Tid og stad: , Digitalt via Zoom

"Catch me if you can - Interaction studies of AB5 toxins with PDI by small-angle scattering"

Tid og stad: , Digitalt via Zoom

"Emissions of methylamines from cattle husbandry"

Tid og stad: –, Zoom

Abstract: Efficient and parameter robust solvers for multiscale/multiphysics systems, where the coupling is enforced by the Lagrange multipliers, rely on operators in fractional Sobolev spaces defined over the interface. Arguably, this feature is not unexpected as there is explicit coupling/an interfacial variable in the system. However, in this talk we show that even for coupled problems free of Lagrange multipliers the fractional operators are a crucial component for constructing robust preconditioners. Stokes-Darcy/Biot systems will be discussed.

This talk is part of the Mechanics Lunch Seminar series. That means 20min talks plus discussion in an informal setting.

Zoom: To obtain the Zoom meeting details please contact Timo Koch (timokoch at math.uio.no).

Tid og stad: –, via Zoom Webinar

Investigating the large scale structure of the universe: The cosmic web as a probe for cosmological parameters.

Tid og stad: , Zoom

Doctoral candidate Tristan Manfred Stöber at the Department of informatics, Faculty of Mathematics and Natural Sciences, is defending the thesis Cooperate to compete — Identifying a potential role for hippocampal region CA2 in episodic memory formation for the degree of Philosophiae Doctor.

Tid og stad: –, Online

Andrew Pontzen, University College London (UK)

Tid og stad: , Digitalt via Zoom

"Elevers opplevelse av en fagdag med organisk kjemi og fokus på grønn kjemi"

Tid og stad: , Digitalt via Zoom

"Single-Photon Emitters in Silicon for Quantum Technology"

Tid og stad: –, Zoom

MSc. Henrik Vinther Sørensen at the Department of Chemistry, Faculty of Mathematics and Natural Sciences, is defending his thesis «Of Shellfish and Men: Applying X-ray and neutron techniques to investigate surface-active bacterial colonization factors» for the degree of Philosophiae Doctor.

Tid og stad: , Zoom

Doctoral candidate Stig Asle Vaksvik Synnes at the Department of informatics, Faculty of Mathematics and Natural Sciences, is defending the thesis Advanced Processing for Synthetic Aperture Sonar for the degree of Philosophiae Doctor.

Tid og stad: –, via Zoom Webinar

Low-level Data Analysis, Calibration, and Ground Modeling with COMAP

Tid:

Tittel: 

Accounting for Buyer Characteristics in Property Valuation Models Based on Norwegian Transaction Data

Tid og stad: , Digitalt via Zoom

"Monitoring of volatile organic compounds (VOCs) in the urban atmosphere of Oslo"

Tid og stad: , Digitalt via Zoom

"Development of Earth Abundant ZnSnN2 for Solar Cell Applications"

Tid og stad: –, via Zoom Webinar

The origin of the [CII] emission in high-redshift galaxies

Tid og stad: –, Zoom

MSc. Cristiano Glessi at the Department of Chemistry, Faculty of Mathematics and Natural Sciences, is defending the thesis «Gold-NHC Complexes for Vacuum Deposition Applications: Synthesis, Characterization, and Applications in FEBID» for the degree of Philosophiae Doctor.