An important goal of PoreLab is to communicate its research and findings, as well as to increase the appreciation and understanding of science in general. Our aim is to reach both Norwegian and international audiences. Bringing scientific culture and research closer to pre-university educational levels and promoting research vocation is of great importance to PoreLab.
The members of PoreLab are accessible to media, and are encouraged to contribute their comments on issues to public concern whenever their expertise is applicable.
You find in the list below a few examples for outreach.
PoreLab researcher, Marcel Moura, on Live TV in Brazil
18 May 2020
PoreLab researcher, Marcel Moura, was on live TV on May 18th, 2020, in Brazil. It was a special program about the anniversary of his hometown Caruaru (18/05). He talked about PoreLab’s activities and showed a video of the Flying Chain experiment. He talked as well about a very relevant topic during this corona time, namely how air flow through a facemask really is a problem of flow in porous media.
Exit-strategi. Kan vi forhindre nye bølger af COVID-19 ved hjælp af såkaldt kontaktsporing? Ja, viser en gruppe forskere: Ved hjælp af overvågning, test og karantæne er det muligt at holde smitten i ave.
Figuren til venstre viser udviklingen i smittede efter en genåbning (stiplet linje). Figuren til højre viser, hvad der sker, hvis genåbningen følges af et omfattende opsporingsprogram. Illustration: Kristian Stølevik Olsen
Splitter ny 3D-skanner følger væsker fra hulrom til hulrom
24 April 2020
I en ny artikkel fra Eivind Torgersen under Titan.no, viser fram Professor Knut Jørgen Måløy og PhD kandidat Joachim Falck Brodin fra institutt for fysikk ved Universitet i Oslo nyvinningen som åpner nye dører i forskning på det som kalles porøse medier (Foto: Eivind Torgersen/UiO)
Together with the astronomer Jane X. Luu, Njord and PoreLab UiO professors Eirik Grude Flekkøy and Renaud Toussaint, may have identified the solar system’s largest dust bunny.
It is an interstellar object, travelling through our solar system, never to return, and was first observed from Hawaii in October 2017. It’s called ‘Oumuamua, meaning “guest” or “scout” in Polynesian, and is approximately 400 meters long, weighing 10 grams per m2.
The Frontiers Forum brings together 400+ top global scientists and other thought leaders. It provides a valuable opportunity for the Frontiers community to see and discuss the latest in Open Science – and the Science Unlimited event showcases inspiring developments powering our world of tomorrow, from world leading experts on health, longevity, sustainability and more.
Professor Eirik Grude Flekkøy was invited on April 23rd, 2019, to participate to the famous Norwegian TV program, “Brille”, on TV Norge. Eirik explains the mechanism of the flying chain fountain phenomenon as well as 2 other physical phenomena.
The paper from Mariá Barragán, Kim Kristiansen and Signe Kjelstrup entitled “Perspectives on Thermoelectric Energy Conversion in Ion-Exchange Membranes” was selected as the cover story for ENTROPY Volume 20.
When a chain is released by one end from a container, it forms a striking arch extending well above the container. Watch the astonishing video with Marcel Moura, Post-Doctoral researcher at PoreLab, on the left.
PoreLab was present at the “Faglig-pedagogisk dag”, the year’s largest educational day for school teachers at the University of Oslo. Marcel Moura, post-doctoral fellow at the Physics department, showed a set of inspiring experiments using only simple kitchen materials such as cinnamon, sugar, coffee and soap. The experiments can be easily performed for the students in class to teach basic physical concepts, such as surface tension and spontaneous granular stratification.
Plan S: På høy tid at dette skjer
31 October 2018
Professor og leder for SFF ’en Porelab, Alex Hansen, gir Plan S sin fulle tilslutning. Forslaget om at all offentlig finansiert forskning skal publiseres i tidsskrifter med åpen tilgang er eneste riktige, slår han fast.
27 students from the natural sciences program at the Greveskogen high school from Vestfold Fylkekommune visited PoreLab facilities, spending half a day at PoreLab, visiting e.g. the laboratory of the Geosciences and Petroleum department where they could participate to the demonstration of experiments.
PoreLab participated for the first time, September 2018, in Researcher’s night. The Researchers’ Night was launched at the European level under the initiative “Researchers in Europe 2005”. It is meant to boost public awareness of the positive role of research in society, and especially among young people.
Jonas Kjellstadli, Astrid Gunnarshaug and Kim Roger Kristiansen, PhD candidates at PoreLab, presented concepts relevant to porous media research. Examples of thermoelectric effects, converting temperature differences into electricity and vice versa were shown. Also demonstrated was an example of dilatancy in granular materials, highlighting the counter-intuitive effect this has on an interstitial fluid.
Karrieredagen VIVO arrangeres hvert år av linjeforeningen for biologi, kjemi og bioteknologi, Volvox & Alkymisten, og er skreddersydd for studenter innenfor disse fagfeltene. Her kommer mange bedrifter som skal stå på stand, og noen som skal holde presentasjoner.
30 years old prediction on motion of fluids is verified
11 October 2017
Marcel Moura, Post-Doctoral researcher at PoreLab, explains the experiments that allow him to verify 30 years old prediction on motion of fluids. His article was accepted for publication in the prestigious journal Physical Review Letters (PRL).
Two prestigious awards for research on interfaces for Øivind Wilhelmsen
12 June 2017
Two international professional organizations recognize PhD research that could improve everything from weather forecasts to the prediction of volcanic eruptions. Øivind Wilhelmsen currently works as research scientist at SINTEF Energy Research. He is as well adjunct Professor at the Department of Energy and Process Engineering at NTNU and member of PoreLab.
Understanding tiny droplets can make for better weather forecasts
4 May 2016
Øivind Wilhelmsen, a research scientist at SINTEF Energy Research and Professor at PoreLab, explains that the study of tiny water droplets could result in more precise weather forecasts and climate models.
What do cement floors, earthquakes and broken cups have in common? A magic number. Professor Alex Hansen and two French research colleagues claim they have finally found the answer as to how this ‘magic’ number came into being. For the first time, researchers have managed to calculate the number they have previously seen only in experiments.