Nettsider med emneord «Hylleraas»

Flavie and Michael start their PhDs at the Hylleraas Center in Oslo, with the support of the EU DN DEMO project.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Doctoral candidate Lin Xue at the Department of Chemistry, Faculty of Mathematics and Natural Sciences, defended his thesis "Communication and interaction among surface-adhered membranous protocells" for the degree of Philosophiae Doctor.

Doctoral candidate Mahika Luthra at the Department of Chemistry, Faculty of Mathematics and Natural Sciences, defended her thesis "Computational Study on the Electrochemical Reduction of CO₂ using Transition Metal catalysts with Pendant Amines" for the degree of Philosophiae Doctor.

Dr. Torsha Moitra has been awarded the Marie Sklodowska-Curie Action European Fellowship in the field of Chemistry. Since February 2022, she has worked as a postdoctoral fellow at the UiT node of the Hylleraas Centre, in the group of Dr. Michal Repisky and Prof. Kenneth Ruud.

Hylleraas Math help has the objective to help students with their understanding of mathematics on all levels. Any math question ranging from the exercises in introductory math courses to advanced questions is welcome.

Et faglig tilbud til alle bachelorstudenter som tar emner på Kjemisk institutt. Tilbudet er særlig relevant for deg som følger: MENA1001, KJM1101, KJM1130 og KJM2400. Pizza på oppstartsdagen.

International collaborations are essential for the Hylleraas Centre. In April, the Hylleraas Centre in Oslo initiated a collaboration with PhD student Gonzalo Darío Nuñez from Spain. 

I RT4 utforsker vi eksotisk kjemi i ultrasterke magnetfelt og høye trykk.

I RT1 utvikler vi nøyaktige elektronstrukturmodeller.

I RT2 utvikler vi verktøy for multiskalamodellering. Vi kobler kvantemekaniske, atomære modeller med grovkornede, mesoskala modeller.

I RT3 modellerer vi vekselvirkninger mellom komplekse systemer og elektromagnetiske felt over et bredt frekvensområde.

I RT5 utvikler vi nye modelleringsprotokoller for å styre reaktivitet og energioverføring i komplekse kjemiske transformasjoner.

I RT6 utvikler vi nye modelleringsprotokoller for å studere struktur og dynamikk av makromolekyler, samt deres vekselvirkninger med membraner og andre grensesnitt.