PoreLab’s course ” Experimental techniques in porous and complex systems ” is traditionally offered in the fall semester each year and the school year 2022/2023 is no exception. The course is two-tiered and both, Ph.D. and master students are encouraged to take it. The code for the Ph.D. level is FYS9240. The master level code
PoreLab’s course ” Experimental techniques in porous and complex systems ” is traditionally offered in the fall semester each year and the school year 2021/2022 is no exception. The course is two-tiered and both, Ph.D. and master students are encouraged to take it. The code for the Ph.D. level is FYS9240. The master level code
The PoreLab course on ” Experimental techniques in porous and complex systems ” will be offered in the 2020 fall semester. The course is offered for both, Ph.D. and master students. The code for the Ph.D. level is FYS9240. The master level code is FYS4420. The lectures will be held in PoreLab Oslo and PoreLab Trondheim. For
A 2D array of disks under stress replicates several statistical features of seismic phenomena. This is an interesting reading by S. Lherminier, R. Planet, V. Levy dit Vehl, G. Simon, L. Vanel, K.J. Måløy and O. Ramos on how 2D disks under stress mimic earthquakes. This article is published in PRL, featured in Focus on
PoreLab’s partner Dr. Bjørnar Sandnes from Swansea University, UK, receives a grant from EPSRC for his project «Frictional flow patterns shapes by viscous and capillary forces” (FriicFlow) The Project will be carried out under the direction and supervision of the principal investigator, Dr Bjornar Sandnes from the Swansea University and the collaborating party will be
The PoreLab course on ” Experimental techniques in condensed matter physics ” will be offered in the 2019 fall semester. The course is offered for both, Ph.D. and master students. The code for the Ph.D. level is FYS9240. The master level code is FYS4420. The lectures will be held in PoreLab Oslo and PoreLab Trondheim. For more
On Friday, June 21, 2019, Le Xu will be defending his thesis titled “Experimental Observations of Dissolution in Fractures in Circular Geometry” for the degree of Ph.D. The defense takes place at the Physics Building, second floor west in room V232 (Lille fysiske auditorium) at 1:15 PM. The defense itself is preceded by the trial
