News & Events – CGF
News & Events
News & Events
International interest continues to reverberate following the peer-reviewed scientific article by CGF researchers on using Fibre-Optic cables to listen to whales off Svalbard. A number of popular science channels and international newspapers have picked up on it, including The Independent, EOS Science News by AGU, Newsweek, La Nacion, Stern and others.
Norwegian media have also been featuring the paper, both locally and nationally, including:
Norwegian Science and Technology news (https://norwegianscitechnews.com/2022/07/eavesdropping-on-whales-in-the-high-arctic/)
Our work has even drawn the attention of Greenpeace, with the Norwegian Greenpeace leader Frode Pleym welcoming the research and efforts to reduce collisions between ships and whales.
Léa Bouffaut, along with several other CGF researchers, has published a paper in Frontiers of Marine Sciences, entitled "Eavesdropping at the Speed of Light: Distributed Acoustic Sensing of Baleen Whales in the Arctic".
The article details the first case of wildlife monitoring using Distributed Acoustic Sensing (DAS), employing an interrogator to monitor signals along a 120 km long fibre-optic cable in Svalbard. The test was conducted in cooperation with CGF partners ASN and Sikt in 2020 over a period of 40 days, with the researchers being able to record vocalising baleen whales, demonstrating the first time whale-sounds have been recreated from fibre-optic cables, without having to use underwater hydrophones.
With fibre-optic cables being globally available, this first example's success suggests DAS's potential for real-time and low-cost monitoring, allowing researchers to cover a much larger area than previously, with unprecedented spatial resolution. This highlights the huge potential for fibre-optic cables for underwater sensing.
The success is covered in a comprehensive write-up by the Norwegian SciTech news Gemini - read more here!
NTNU and Sikt installed a DAS (Distributed Acoustic Sensing) interrogator in Ny-Ålesund last week. The purpose of the test is to record environmental data from the area west of Svalbard over a long time period. Earthquakes, ships, whales and weather data are expected to be recorded. In August we plan to install interrogators also in Longyearbyen to extend the experiment for a shorter period of time (14 days). From CGF, Frode Storvik (Sikt), Kurosh Bozorgebrahimi (Sikt), Kristina Skarvang (NTNU) and Martin Landrø (NTNU) participated.
CGG Joins the Centre for Geophysical Forecasting!
We are delighted to annnounce that CGG has become a member of the Centre for Geophysical Forecasting.
CGG will bring its industry-leading expertise in seismic modelling and imaging to the work of the consortium. More specifically, it will contribute to the development, modelling, implementation and field testing of a new subsurface imaging and monitoring system designed to support a range of energy transition activities.
Dave Priestley, VP, Energy Transition & Environment, CGG, said: “CGG looks forward to actively participating in the development of groundbreaking technologies, particularly in the Centre for Geophysical Forecasting’s key innovation areas of carbon capture and storage management, and geohazard monitoring and forecasting. We are highly motivated to work with the other consortium experts and see significant alignment with our strategy and technology focus to support the energy transition.”
Success with a SMILE!
NTNU is a partner in the newly-funded HORIZON-MSCA Doctoral Networks project 'SMILE'. Prof. Ringrose, CGF WP Leader for CO2 storage, is the lead for NTNU. SMILE will develop a multiscale approach for understanding coupled processes for GeoEnergy, including remote sensing monitoring applied to geothermal energy, geologic CO2 storage, and subsurface energy storage. The Sentinel-1 satellite (pictured) is used for mm-accuracy InSAR ground deformation monitoring. The Network comprises 16 institutes from 9 countries and will support 11 PhD candidates) across Europe, including one at NTNU to research invasion percolation modelling for CO2 injection sites using modifications for geomechanics and pressure changes. SMILE is a four-year project.
The CGF Rissa field laboratory is portraited in the local newspaper Fosnafolket this week. The article describes how CGF uses fibre optic cables to monitor the acoustic properties of the clay in Rissa. In addition to interviews and comments from CGF researchers, Tore Solli from Indre Fosen municipality underlines the importance of this type of research. Read more here.
Congratulations to Anne Elster on being awarded Distinguished Contributor of the IEEE Computer Society, recognising her for contributions to the Society as well as other accomplishments and achievements to the computing profession.
This award normally requires an application, but Anne's achievements and contributions were such that the Society was able to nominate her for this recognition without the need for the submission of a formal application.
A new thematic set of papers on Geoscience for CO₂ storage is now published in the Journal Petroleum Geoscience. The set was edited and led by Prof. Philip Ringrose of the CGF together with Graham Yielding (Badleys UK).
The 12 research papers provide a valuable snapshot into the state of play in CO₂ storage research, from site screening to assessment of trapping mechanisms and leakage risks.
The introduction to the set is found here (free to read): Philip S. Ringrose, Graham Yielding, 2022. Geoscience for CO2 storage: an introduction to the thematic collection
Petroleum Geoscience. Published online 21-Feb-2022 https://pg.lyellcollection.org/content/28/1/petgeo2022-003
The full collection of papers is available at:
(access requires personal or institutional subscription to the Journal)
CGF-researcher Alexey Stovas is on the top 500 list for scientific publications in Norway. On the national list he is number 22 with a total of 73.96 publication points for the period from 2017-2020. The average number for publication points per researcher in Norway is 1.24 per year. Alexey's production of the four years included in the survey performed by Forskerforum corresponds to an average of 18.49.
Alexey is an expert on seismic wave propagation in complex, anisotropic media, where a profound understanding of wave physics and deep insight into mathematics is essential. In addition to cooperation at NTNU, Alexey has established cooperation with researchers at university of University of Texas at Austin (USA), Tesseral (Ucraine), University of Bordeaux (France), University of Edinburgh (UK) and KAUST University (Saudi Arabia).
The CGF DAS-survey from Svalbard 2020 is mentioned in Science this week in a feature article written by Paul Voosen. The Science article is entitled "Researchers are weaving optical fibers into a low-cost network of seismic sensors that can probe Earth's hidden dynamics", and highlights how CGF researchers last year set a new record for DAS length detecting vibrations 120 km away from the interrogator. Several whale vocalisations were recorded on the DAS fiber. Read more here.
Textbook written by CGF-researchers given to students at the Geology Department at Dhaka University, Bangladesh.
The photo shows former NTNU-student Anwar Bhuiyan (without mask) handing over the book "Introduction to Exploration Geophysics with recent advances" to the chairman of the Geology Department.
21.11.01 - Visit by MEP Markus Pieper
CGF was pleased to host a visit of Dr. Markus Pieper, Member of the European Parliament for Germany, on Monday 1st November. Dr. Pieper was visiting Trondheim as a part of a visit hosted by Equinor to present an overview of R&D on CCS, renewables and low-carbon hydrogen. Professor Philip Ringrose and Professor Martin Landrø presented an overview of C02 storage research with a focus on emerging geophysical methods, including the latest findings in fibre-optic sensing, that can support future expansion of CCS in a low-emissions society.
21.10.05 - More new arrivals at CGF!
After his Bachelors in Geoscience, Kevin worked for 1.5 years at GEOMAR Kiel and IPG Paris on seismic data from the Mid-Atlatic-Ridge, imaging crustal and upper mantle structures. Afterwards he pursued the IDEA LEAGUE Master in Applied Geophysics at TU Delft, ETH Zürich and RWTH Aachen. Within his Master’s Thesis he used ambient noise correlation techniques to constrain the subsurface reflectivity below NASA’s InSight lander on Mars. His PhD research here at the CGF will be anchored in WP3 and will focus on using DAS for monitoring shallow subsurface properties as a potential tool for landslide forecasting.
Kristoffer graduated with an M.Sc. in geophysics from the University of Bergen in August 2021. The theme of his Master’s thesis was the use of acoustic waves to estimate temperatures in the ocean over large distances. In particular, he worked on forward modelling in the Fram Strait, where the presence of non-geometric arrivals is causing difficulties in analysing the acoustic data. Here a new and efficient modelling technique based on the ray-Born approximation was introduced, which used a GPU to do the computationally-demanding raytracing. At CGF his research will focus on ray tracing and inversion in anisotropic media.
Nick studied his first master’s in Petroleum Geoscience at the University of Aberdeen and then worked as a logging geologist for a year before undertaking a second master’s in Applied Geophysics as part of the IDEA League programme between TU Delft, ETH Zurich and RWTH Aachen. His master’s thesis focused on leveraging advances in rotational seismology alongside applying machine learning techniques to efficiently classify and separate different wave-modes from large datasets. His research will focus on multi-physics modelling for in- well monitoring of production and injection wells using fibre-optic data as part of WP3.
A team of leading CGF researchers has just published an overview article entitled "Next generation geophysical sensing: exploring a new wave of geophysical technologies for the energy transition" in the October edition (volume 39) of 'First Break' in the special topic issue on 'Delivering for the energy challenge: Today and Tomorrow'.
One of the major focus areas for CGF is to develop and test methods for different types of geophysical monitoring of nature and the environment and to create innovative products in service of the community. CGF has been working with Indre Fosen municipality to identify a place that is of social interest to conduct research experiments. In connection with the construction of a new road between Sund and Bradden, we thought it might be valuable to drill some test wells and instrument them with geophysical measuring equipment such as hydrophone cables and FO for DAS.
CGF has previously made geophysical measurements over time in shallow wells, and shown that one can measure tube-wave velocities with quite high accuracy. We want to use the same measurement setup for observation and monitoring of any changes in the subsoil in connection with road construction. The first results are now coming through and show that DAS does indeed detect a multitude of signals of interest!
21.09.22 - New arrivals at CGF!
CGF welcomes several new PhD students to its ranks, following a successful recruiting campaign earlier this year, bringing in fresh young energy and ideas to energise our Work Packages.
First up we have Andrea, a geologist from Brazil who has worked in the energy industry in the US, UK and Norway. Andrea has extensive experience in fit-for-purpose reservoir modelling and integrated uncertainty analysis. She developed a keen interest in research and innovation on CO2 storage while working on her Master’s thesis, investigating factors impacting multi-layer plume distributions in CO2 storage reservoirs, followed by involvement in the Northern Lights project while working as a consultant for Equinor in Trondheim. Her research will focus on improving quantification of CO2 migration into the overburden and detection of possible leakage out of the storage complex. Andrea is working with Phil Ringrose in WP 2.
Next we have Franz, a geophysicist with a background in active seismics who became interested in using fibre-optics for seismic monitoring as part of his Master’s thesis. In his PhD work he is interested in registering and monitoring avalanches as well as other geohazard events using Distributed Acoustic Sensing. Franz is working in WP 1.
Kristina studied Applied Physics at Waseda University in Japan, and then graduated with a Masters in Physics at NTNU. Kristina is working on embedding geophysical activity sensors in optical data communication systems. The project aims to develop a sensor that can be integrated into an optical fibre infrastructure that can differentiate geophysical from other activities, such as manufacturing. Using the optical fibre itself as a sensing element could allow us to operate at distances beyond current DAS limitations. Kristina is excited to be working as a PhD candidate at CGF as part of WP1 and is looking forward to contributing to accurate monitoring and forecasting of the Earth.
Finally (for the moment) we welcome Ricardo, a geophysicist with degrees from Universidad Simón Bolívar (USB) in Venezuela and NTNU in Norway. Ricardo is passionate about quantitative seismic interpretation and rock physics, and he has been working for the last 3 years at CGG in the UK, doing both seismic data processing and velocity model building. During his research project, he plans to combine his experience in seismics with plume dynamical models, to improve the detection and monitoring of CO2 injected into a reservoir as part of WP2.
21.09.06 - New article by Phillip Ringrose; "Reimagining applied geoscience for the energy transition" in Geophysics online.
Phil Ringrose offers some framing perspectives on what the energy transition may entail for practising geoscientists working in the Earth-resources industries
21.05.25 - CGF is pleased to announce another new Partner, Shearwater GeoServices
Shearwater GeoServices has applied and been approved as a new partner, and announced joining CGF today.
Shearwater GeoServices is a world-leading marine geophysical company, with extensive geophysical research, development and manufacturing activity including a major technology & innovation centre in Oslo, Norway.
“Shearwater is a technology-led service provider committed to geophysics. This partnership with CGF enables us to collaborate and develop solutions towards improved geophysical monitoring and forecasting with applications in and beyond the conventional hydrocarbon sector”, said Irene Waage Basili, the CEO of Shearwater GeoServices.
Magseis Fairfield has applied and been approved as partners in the CGF, bringing an exciting new set of competencies and commitment to the vision of enabling the energy transition.
“We recognize that geophysical experience from the oil and gas industry will play a key role in facilitating the energy transition, and see this as a great opportunity to collaborate with our customers and other partners to further develop solutions within the renewables space.”, says CEO, Carel Hooijkaas.
20.12.14 - Official opening of the CGF
The official opening of the CGF was held on 14th December 2020, hosted by Ingrid Schjølberg (Dean Faculty of Information Technology and Electrical Engineering) with guests of honour Rector NTNU Anne Borg (seen here cutting the ribbon) and State Secretary Tony Christian Tiller, who participated virtually. The centre will be hosted in the historic old building for electro-engineering at Gløshaugen, designed by the reknown architect Bredo Greve and built in 1910.
CGF in the News:
Philip Ringrose and colleagues in WP2 in CGF gave a keynote talk on "Monitoring challenges for CO2 storage: interplay of fluid dynamics with 4D seismic response" at the SEG summer workshop: Toward Gigatonnes CO2 Storage Grand Geophysical Challenge.
This was part of a four-day workshop at the University of Stanford, California, focused on the subsurface challenges of large-scale geological sequestration and how geophysical methods can provide solutions to these challenges. Half the participants attended in person and half were online. As well as reviewing the latest work on CO2 storage, the workshop included brainstorming sessions on "hot topics" for CCS-related research. The summary of these discussions will be shared with the applied geophysics community as a basis for broader discussions in the years to come.
CGF researchers Martin Landrø and Ståle Emil Johansen presented the paper "Using DAS-fibre for lunar seismic imaging" at the European Lunar Symposium 2022 May 24th-26th together with co-authors Nicole Schmitz and Hans Amundsen.
A set of major mission themes has emerged from the 2020 ESA Call for Ideas, "Exploring the Moon with a large European lander", with a polar ice prospecting missjon identified and currently being studied as a candidate EL3 science mission. A combination of Ground-Penetrating Radar (GPR), Magnetic Induction Spectroscopy (MIS) and Distributed Acoustic Sensing (DAS) has been propsed to localize and 3D-map water ice and volatiles in the subsurface. Based on several terrestrial DAS-experiments and the rapid development of high sensitive DAS interrogators, we think there is great potential to use this technology for lunar subsurface exploration.
The EAGE Annual Conference 2022 will be taking place in Madrid June 6th-9th. We are pleased to announce that several of CGF's associated PhDs will be presenting at the conference, covering the following topics:
Kristoffer Tesdal Galtung - Poster: Diving waves in orthorhombic media.
Umed Kakhkhorov - Acoustic FWI of wide-angle 2D OBS: Japan Trench case study.
Jiaxin Yu - Rock physics modeling of geomechanical and saturation effect caused by CO2 injection.
Robin André Rørstadbotnen - Analysis of a Local Earthquake in the Arctic using a 120 km long Fibre-Optic Cable.
Kittinat Taweesintananon - Angle-variant 4D seismic time-shift analysis for velocity change and subsurface strain estimation.
Further information about the conference can be found here!
We had the pleasure of inviting all partners to a half-day discussion and presentation meeting at the CGF offices. The meeting was attended by the following partners: ASN, Equinor, Magseis Fairfield, Bane NOR, Sikt and Shearwater. The purpose of the meeting was two-fold; to create an opportunity for partners to meet and present CGF-related activities to each other and to discuss further areas of mutual interest. A more comprehensive partner meeting will be arranged in October, so there will be more upcoming opportunities for those who could not attend. CGF is also happy to host individual visits from partners at any time.
The CGF was pleased to host Tone Holm-Trudeng, Director of Renewables, and Fons ten Kroode, Chief Geophysicist, from our partner Magseis Fairfield for a site visit to the CGF on Gløshaugen campus in Trondheim. An initial introduction and orientation to the CGF and some of the Centre’s facilities expanded into an impromptu presentation by Fons on Full Wave Inversion techniques that was well-received by research staff and students, with interest to apply this innovative iterative approach to modelling DAS seismic data.
CGF is delighted to welcome Helene Alnes Vedlog to her new full-time role as Coordinator of the CGF. Helene first came to us on a ‘temporary attachment’ of a few weeks in March 2021, but was very quickly enticed to continue working with the CGF part-time, shared with the IES administrative office. We are now very happy that Helene has accepted the position of full-time coordinator and look forward to working with her for many years to come. Helene comes to us with a degree in Psychology and a Masters’ in Organisational Psychology, so is unusually well-qualified for building bridges across our pool of academics and industry partners.
After more than a year of tumultuous growth and development, we are both sad to say goodbye to Liv Elin Sandnes as our coordinator, but also delighted to congratulate her on taking up her new role as Organisation and Communications manager at the Museum of South Trøndelag (Museene i Sør-Trøndelag – MiST). Liv Elin was instrumental in overcoming many of the initial teething troubles of setting up the new Centre and managing the many liaison tasks with our partners. All at CGF wish Liv Elin the very best in her new role.
CGF researcher Jo Eidsvik will give an EAGE short course on Value of Information in the Earth Sciences in January 2022. Read more here!
CGF researchers Phil Ringrose and Martin Landrø have participated in a new extensive EAGE short course on geological CO2 storage to be launched in January 2022. The course has been initiated by EAGE and is a collaboration where several CCUS (Carbon Capture Utilization and Storage) experts including researchers from Heriot-Watt and NTNU participate. Read more here and here.
A topical CGF workshop took place during the NIKT conference in Trondheim in early December. It was the 33rd Norwegian ICT conference for research and education (NIKT), and this year's NIKT event was co-chaired by our CGF WP leader Anne Elster. The workshop, entitled "AI and HPC in Geophysical Forecasting", was opened by CGF Director Martin Landrø and talks were given by Franz Fuchs (SINTEF), Susann Wienecke (ASN), Phil Ringrose (Equinor) and Ole Jakob Mengshoel (NTNU). Detailed programme for the CGF workshop and NIKT can be found here.
CGF-researcher and head of research at NORSAR, Volker Oye, has been interviewed by NRK about the earthquake risk in connection to a huge new road construction work in Rogaland, Norway. The current plans involve the construction of the longest underwater tunnel in the world. Read more here.
Prof. Anne Elster, an IEEE CS Distinguished Visitor Program Speaker, will be giving a talk to IEEE Computer Society's largest chapter (12,000+ members) entitled "AI for High Performance Computing: Experiences and Opportunities" tonight at 6pm PST, which is 3am here in Norway! The talk will focus on how AI techniques can be used in the development of the HPC environment and tools.
Prof. Potter delivered the inaugual seminar of the Distinguished Lecture Series on Cutting Edge Technologies for Underwater Communications, invited by the Technology Innovation Institute (TII) Autonomous Robotics Research Center (ARRC) of the United Arab Emirates (UAE). The TII is a brand new cutting-edge scientific research centre based in the UAE under the umbrella of the Advanced Technology Research Council of Abu Dhabi.
Volker Oye from Norsar is presenting an invited talk at the Oslo SEG meeting on the Energy Transition today entitled "Passive Seismic Monitoring of CO2 Storage Sites".
Every year, NTNU runs a public outreach and education event called 'Researchers' Night'. This is an important dissemination event that brings together students and teachers from upper secondary schools and high schools in Trøndelag. This presented an excellent opportunity for CGF to connect with young minds and communicate our research. A CGF team designed, prepared and delivered a multi-media stand activity that included video, hands-on props, posters and a Kahoot competition on the subject of 'Listen to the Ocean', featuring FO DAS results and in-situ acoustic/video whale tags. The stand attracted many groups of students over three hours of display time and we even got a request for our preprint DAS paper from one student, who thought it should be published in Nature!
The chronicle article by Philip Ringrose and Martin Landrø is sparking a spirited debate! A reply to one of the commentaries on the article was published today by Martin Landrø, thanking Tore Torp for a post that we mainly agree with. Assessing what is expensive and not in connection with the capture and storage of CO₂ is demanding and Tore Torp is absolutely right in that it is possible to see this from a different point of view. We emphasise that capture and storage is not a "quick fix" with industrial companies queuing up to get involved.
Prof. Anne Elster gave an invited talk to the ScalPerf´21 meeting in Bertinoro, Italy entitled "From Norwegian Computing & IBM to Benchmarking Challenges & Autotuning"
Prof. Phil Ringrose gave an invited Keynote talk entitled “A Global Perspective on the CO2 Storage Potential for Africa” at the PESGB/HGS Africa E&P Conference (14-15 September 2021), an event co-sponsored by one of our Partners, Shearwater.
This was followed by a technical talk given by his PhD student Oscar Nhabanga (based on his PhD thesis work) entitled: “Shale Depth Functions for the Rovuma Basin Compared with Other Offshore Basins as a basis for Estimation of Ch4 and CO2 Containment Systems.”
Oscar is now at the Eduardo Mondlane University, in Mozambique (having completed his PhD at NTNU) and was awarded 'Best Overseas presentation' at the Conference.
21.09.14 - Chronicle article on CO2 storage by Landrø and Ringrose
As part of our public science outreach, two leading CGF professors (Martin Landrø and Philip Ringrose) recently published a chronicle article on the feasibility of CO2 capture and storage. The title points out that "Carbon capture and storage is too expensive, too uncertain, but is it still possible?" As the energy transition gathers place, the interest in this subject is growing. 10 years ago the authors started teaching CO2 storage subjects at NTNU. At that time there were approximately 8-10 students who took the subject. This year there are over 30 students. The article has stimulated several thoughtful responses, some claiming that the prospect for carbon capture and storage is too faciful to be practical, others saying that the article is too conservative and under-estimates the impact of this technology area in our future.
Our oceans are critical to the health of our planet and its inhabitants. Increasing pressures on our marine environment are triggering an urgent need for continuous and comprehensive monitoring of the oceans and stressors, including anthropogenic activity.
A team from CGF has just published a pre-print entitled "Sensing whales, storms, ships and earthquakes using an Arctic fibre-optic cable" describing recent results from a DAS experiment carried out using an interrogator from ASN on a Fibre-Optic (FO) cable offshore Svalbard owned by Uninett. For the first time, whales have been detected and can be localised using DAS. Ships are evident, and can be located within an rms error of 50m, compared to AIS 'ground truth'. There are also many exciting results from both local and distant seismic events and storms over 10,000 km distant, showing that DAS is capable of detecting and discriminating pressure, interface and compressional waves, including separating diving waves that interact with different layers of the earth's mantle. The large distance that the authors were able to probe down the FO cable (over 120 km) opens the door to the creation of a global atmosphere-ocean-earth monitoring observatory network.
An IEEE OES distinguisehd lecture was delivered by Prof. John Potter in collaboration with IEEE Oceanic Engineering Society through the Italian and Norwegian chapters on 23 July 2021 entitled "Fusion reactors, Fuel Cells, and Distributed Acoustic Sensing - What do they have in common and what might DAS now offer?" The lecture was given both in person at the University of Pisa and simultaneously online.
Prof. Potter was invited to give a plenary presentation at the Chinese Ocean Acoustics conference on 15th July, entitled "The best way to predict the future is to invent it - Some emerging game-changers in marine sensing". The lecture was delivered remotely to a live audience in China.
We are delighted to announce that a CGF paper entitled "Source level and vocalizing depth estimation of two blue whale subspecies in the western Indian Ocean from single sensor observations" has published in JASA today. The paper is a detailed examination of Ocean Bottom Seismometer data from a single hydrophone, showing how this can be used to investigate the range, sources levels and vocalisaion depths of two sub-species of blue whale in the Indian Ocean.
21.05.24 - Anne Elster's Keynote
Prof. Anne Elster gave a keynote talk at the Mobile Intelligent and Ubiquitous Computing Conference, on May 26th 2021, entitled "Parallel Computing and AI- Impact and Opportunities".
21.04.08 - Presentation on using polarisation data from FO network
Steinar Bjørnstad from Tampnet gave an inspiring presentation on the potential for "Using State of Polarisation data from fibre-optical communication systems for monitoring purposes". This is a new DAS technique which does not require the fibre to be dark and which can relatively easily be installed on existing fibres worldwide to provide massively extensive sensing coverage of the Earth's low-frequency activity.
21.03.11 - Webinar on AI in HPC by Prof. Anne Elster
This talk will focus on how AI techniques can be used in the development of HPC environments and tools. As HPC systems become more heterogeneous by adding GPUs and other devices for performance and energy efficiency, they also become more complex to write and optimise the HPC applications for. For example, both CPU and GOUs have several types of memories and caches that codes need to be optimised for. We show how AI techniques can help us pick among 10's of thousands of parameters one ends up needing to optimise for the best possible performance of some given complex applications. Ideas for future opportunities will also be discussed.
21.03.09 - Online Seminar Univ. Oslo
Philip Ringrose (NTNU) and Anja Sundal (UiO) are convening an online seminar via Zoom, hosted by the Dept. of Geosciences, U. Oslo – on the 9th march 2021 12:00–15:30 (CET)
This half-day seminar will summarise insights gained from three recent projects on CO2 storage monitoring, especially to compare and contrast geophysical and geochemical monitoring methods.
21.03.01 - EAGE Geotech 2021
Two of our CGF key researchers, Prof. Martin Landrø (CGF Director) and Andreas Wuestefeld (Technology Lead, Fibre Optics at Norsar) were Featured Keynote Speakers at the recent EAGE Geotech 2021 online event 1-4 March 2021.
The EAGE GeoTech Conference features an exceptional line up of featured speakers in various disciplines related to geophysical monitoring technologies and applications. Hear from some of the key experts involved in subsurface, reservoir and production challenges at:
PhD and PostDoc positions
PhD and PostDoc positions
CGF is excited to announce that we have another four PhD positions available in Statistics (2), Acoustics of Fiber Optic Cable Sensing for Monitoring (1) and Machine Learning and Signal Processing (1). Details and applications can be reached at:
We are looking for talented and innovative applicants. The deadline for applications is 30.09.2022.
The CGF periodically issues invitations to apply for funded PhD positions. Being a strongly interdisciplinary centre, we are looking for entrepreneurial students with a wide variety of interests and backgrounds, from electronic engineering to fibre optics, from geophysics to acoustic wave propagation modellers, from heterogeneous computing to statistical and data scientists. Successful applicants will work at the CGF premises at NTNU in Trondheim as part of our international team of key researchers. The CGF PhD research fellowships are hosted by several departments at NTNU: Computer Science, Electronic Systems, Geoscience and Petroleum and Mathematical Sciences. The Centre has close contact with industry partners as well as research partners NORSAR and Jamstec in Japan.
PhD students will use and develop advanced models and methods for combining diverse geophysical data to effectively monitor the earth. PhD students will be involved in the planning of new surveys and the acquisition of valuable geophysical information to improve forecasts and provide important decision support for the various application domains of the CGF.
The CGF is developing novel methods for the cost-effective use of fibre optic cables, creating Distributed Acoustic Sensing (DAS) systems for Earth monitoring. Such DAS data complement traditional geophysical data sources such as seismic waveform measurements, electromagnetic data, and geomodelling information.
To extract the important variables from massive spatio-temporal geophysical data, the CGF will work on heterogeneous platform computing and AI-based approaches for feature extraction, enabling efficient monitoring and early warning systems in the various geosciences applications.
PhD research work will be led by supervisors with strong scientific profiles in the specific disciplines at the CGF.
The CGF is determined to deliver research-based innovation, and it will strongly stimulate PhD candidates to create and develop innovative ideas into business potential both for the Centre partners as well as in spin-off companies. The key innovation areas of the CGF are in CCS management, hydrocarbon production monitoring and geohazards monitoring and forecasting.