I am pleased to announce that our new paper on the characterization of a deep conductor using a machine learning-assisted magnetotelluric method is now available online. In this contribution, which I am happy to be part of, we use a new workflow to substantiate the characterization of a prominent deep sediment conductor in the hyper-extended Bjørnøya Basin (SW Barents Sea). This conductor was previously identified in smooth resistivity models from 3D deterministic inversion of magnetotelluric data. For more information, please refer to the paper entitled “Deep basin conductor characterization using machine learning-assisted magnetotelluric Bayesian inversion in the SW Barents Sea” by Romain Corseri, Hoël Seillé, Jan Inge Faleide, Sverre Planke, Kim Senger, Mansour M. ABDELMALAK, Leiv Jacob Gelius, Geoffroy Mohn, Gerhard Visser https://lnkd.in/dw3D2axR
Mansour M. ABDELMALAK’s Post
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Today at arXiv (https://lnkd.in/d-DTY-Gv), topological zero modes and correlation pumping in an engineered Kondo lattice, together with Zina Lippo, Elizabeth Louis Pereira, and Guangze Chen.
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A new paper from COMET researchers is out now in Nature Communications! In the paper, authors Gregor Weber, Juliet Biggs, and Catherine Annen, look into the relationship between how a volcano deforms at the surface in the short term, and the long-term magmatic processes deeper underneath. The findings, confirmed with case studies in the East African Rift Valleys, reveal that cold magma systems show alternating cycles of uplift and subsidence, whereas hot systems exhibit continuous uplift with decaying rates. To read the paper for yourself, follow this link: shorturl.at/cnbX6
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🎉 Happy New Year! 🎉 Our latest work with Guglielmo Lami and Jacopo De Nardis has just been published in Physical Review Letters. We studied the problem of anti-concentration and state design for random tensor networks. Our findings reveal that a bond dimension χ polynomial in the system size offers a robust ensemble approximating random states. Check out the full article here: 👉 Phys. Rev. Lett. 134, 010401 (2025) https://lnkd.in/d4dGtSrh
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Short video about rogue waves, those huge unpredictable ocean waves. Including a cameo of our wind turbines on a monitoring buoy at sea. #metocean #marinescience #oceanography #databuoys #oceanbuoy #meteorology
🌊 Mariners have reported larger-than-life waves for centuries, but had no way to prove they existed. That changed in 1995, when scientific instruments measured a wave over 84 feet (25.6 meters) in the North Sea. Since then, scientists and mathematicians have figured out what causes waves to go rogue– but the jury is still out on why they happen. 📲Get prepared for the next Big One: go.whoi.edu/dyk-rogue-wave
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🌍🔬 Discover how INOV is leveraging advanced technology to safeguard cultural heritage! In the ANCHISE latest article, INOV researchers share the journey of creating a state-of-the-art, portable spectrometer that uses machine learning to analyze spectral fluorescence of cultural artifacts. From dating ancient books to combating illicit trafficking, this tool marks a breakthrough in cultural preservation. Dive into the full story and learn about the impact of our work in the ANCHISE project on Europe's heritage protection efforts. 👉 Read the article here: https://lnkd.in/d2DhPfKj
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Aerospace Engineering Ph.D. Candidate and Presidential Fellow at Univ. at Buffalo || Former NASA JPL JVSRP Intern
Hello all! I am proud to announce that I have just presented my third conference paper for the year! Within the work titled "Identification of Parameters for Tethered Satellite System to Emulate Net-Captured Debris Towing", a parameter identification framework was formulation such that the dynamics of a lower-order Tethered Satellite System (TSS) model best match that of a higher-order net-captured towed debris system in simulation. This paper is one of the relatively few works in literature that studies the post-capture dynamics of net-based debris removal systems. The extended abstract for the paper can be viewed within this link: https://lnkd.in/e6DRiCcJ
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https://lnkd.in/eT4rMnk3 Geographical structure of Chinese dialects A computational, fuzzy cluster analysis along the three dimensions - historical Chinese settlement patterns - river systems - mountain ranges
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Researcher & Lecturer in Planet. Sci. & Astrobiology @ Stuttgart Uni. & Freie Uni. Berlin
Just received copies of the Philosophical Transactions of the Royal Society A about our special issue on the topic "Dust in the Solar System and Beyond", which I led as a guest editor together with my other colleagues:Fabian Klenner, Jamey Szalay, christelle briois, Masanori Kobayashi and Ingrid Mann The special issue contains several results from space and laboratory mass spectrometers about the dust and ice grains in the solar system. In addition, results about meteorites and modelling of cosmic dust are also included. Have a look at our introductory article: https://lnkd.in/eiipKQDm
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I was briefly featured in the latest video by Gesellschaft für Tribologie e.V., where I was captured discussing the experimental testing of tribological systems such as clutches and synchronizers at our Gear Research Center (FZG). For further insights, refer to our peer-reviewed publication titled „Experimental Setup for the Investigation of Wet Shifting Elements“ published in TuS (https://lnkd.in/dVe-nrYm). Watch the full video here: https://lnkd.in/dDMNSqir
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