PHYMOL的动态

?? Exciting News! ?? We're thrilled to announce that our postdoc Dr. Florent Forest will be presenting part of his research at the European Conference on Safety and Reliability (ESREL 2024) this Thursday! ?? Entitled "??????-??????-?????????? ???????? ??????????????????: ?? ?????????????? ?????? ??????????????????????-?????????? ???????? ???????????????????????? ?????? ???????? ???????????? ??????????????????", Florent will present this joint work with Punnawat Siripatthiti at 15:40 - 16:00 CEST. If you're attending, don't miss out on his session – it's a fantastic opportunity to see the innovative work happening at IMOS Lab - EPFL. Abstract: Damage to road pavement can develop into cracks, potholes, spallings, and other issues posing significant challenges to the integrity, safety, and durability of the road structure. Detecting and monitoring the evolution of these damages is crucial for maintaining the condition and structural health of road infrastructure. In this work, we propose an improved Cut-and-Paste data augmentation technique for object detection that is both content-aware (i.e. considers the true location of the road in the image) and perspective-aware (i.e. takes into account the difference in perspective between the injected damage and the target image). #Research #Conference #Innovation

UK plans are underway for the world’s most advanced dark matter detector that could be hosted at the UK’s deep underground science facility at Boulby mine. UK researchers have begun designing a new device to detect the elusive dark matter particles thought to make up more than 85% of the content of the Universe. A preliminary award of ￡8 million from the UK Research and Innovation (#UKRI) Infrastructure Fund will support a consortium of UK universities, led by Imperial College London. The consortium will work with the Science and Technology Facilities Council (STFC) Boulby Underground Laboratory over the next three and a half years. As part of the world-leading Xenon Lux-Zeplin Darwin (#XLZD) Consortium for dark matter research, the team will develop initial plans and design components for the world’s largest and most advanced dark matter detector. Once completed, this international experiment could be hosted at the UK’s deep underground science facility at Boulby mine in the north-east of England. Find out more via UK Research and Innovation https://lnkd.in/eEKcNf2X #DarkMatterDetector #UKResearch #ScienceAndTechnology #XLZDConsortium #DarkMatterResearch #STFC #ImperialCollegeLondon #UKInnovation #UndergroundScience #BoulbyMine

【Prof. Christopher Chao encouraged students to cultivate the ability to innovate across disciplines】 PolyU hosted the regional qualifier for the remote-control underwater vehicle tournament on Tuesday, where nearly 500 primary and secondary school students were required to build an underwater vehicle in the shape of a seaperch, and remotely control the vehicle to capture and transport floating objects. Prof. Christopher Chao, Vice-President (Research and Innovation) and Director of PReCIT, said at the event that he hoped students could gain an in-depth understanding of cutting-edge marine technology, master scientific research methods, and cultivate the ability to innovate across disciplines. Read the full article: https://lnkd.in/g8MSsWyf #PolyU #PReCIT #Research #Innovation #Technology #underwater #Vehicle #MarineTechnology #STEMEducation #Sustainability #FutureEngineers #Education #Interdisciplinary #YoungInnovators

???????? Get to know our reaserchers and their projects for @CienciaGob the Call “Proyectos de Generación de Conocimiento 2023” Today’s project: by ??Arghir Zarnescu, @Ikerbasque Research Professor at BCAM, member of the Applied Analysis group & ??Arnab Roy @Ikerbasque Research Fellow and Ramon y Cajal Fellow, member of the Applied Analysis group This project aims to rigorously study Fluid-Structure Interactions (FSI), focusing on PDE systems modeling dynamic interactions between structures and fluids, like airplane wings in air or blood in arteries. Researchers will explore interactions across scales, starting with quantifying effects of many small bodies via a mean field type (MFT) model. We'll connect FSI descriptions to MFT through dynamic homogenization. Building on Einstein's work on additional fluid viscosity from structures, it'll extend it to dynamic settings, using full Navier-Stokes equations to confirm and expand the Einstein viscosity conjecture.

???????? ???? ?????? ???????? ???? ?? ?????????????????? ???????????? ???????? ??????????????????? Perhaps you have already experienced a PhD thesis defence. You may have noticed that, in addition to the PhD student, there are some more people in formal attire. In some situations the persons in question also have the task to read some statements or passages from the thesis. Who are these people and why are they present at the PhD defence? Read more in our blog! NL: https://hubs.la/Q02wWLfb0 EN: https://hubs.la/Q02wWLX_0

?? Poster presentation in Poland ?? Recently DC1 Humahuti Dihingia from Nicolaus Copernicus University presented a poster in #IMAMPC2024 and COSY COST ACTION CA21101 COST-meeting: 'Non-Orthogonal Pauli Blockade: Towards accurate definition of induction intermolecular interaction' She is working under the supervision of Piotr ?uchowski and Alston Misquitta. Funded by the European Union ???? #MSCA #PHYMOL #Secondments #Collaboration #MolecularInteractions #SAPT #PauliBlockade

Magneto-Hydro-Dynamics is a fascinating discipline, because it allows us to create processes that seem stolen from science fiction, but have an indisputable merit: they work. I'm talking about thermoelectric generation without moving parts, liquids that solidify instantly due to the application of a magnetic field, control at the molecular level of the deposition of materials, melting of metals with levitation to avoid contact with the walls of the crucible, pumping and mixing of liquids without moving parts, sails for the propulsion of space vehicles and ever new applications that researchers with particularly vivid imagination continually create. The common thread is the combination of Fluid Dynamics with Electromagnetism, conducting fluids that move within a magnetic field, and it appears surprising how such different applications are modeled by the same system of equations. We meet this year for the 13th edition of the Pamir in Carrie-le-Rouet, on the C?te d'Azur. It will be a pleasure to meet old friends as well as new ideas and new talents who have decided to become part of this Community https://lnkd.in/dEbdvRcB

Check this out??a novel device in LBNP research! Suhas Rao Velichala et al. compare HR, BP and internal jugular vein CSA between a traditional and a self-generated LBNP chamber and propose the latter as a countermeasure to SANS. It is all about getting AND being able to keep ???? in ??! #LBNP Research out of Dr. Alan Hargens's at the University of California San Diego! ? https://rb.gy/z2jyaj

12 RBR Days of Christmas – Day 2! ?? As we countdown the 12 working days to Christmas, we're celebrating the incredible science our customers undertake. Day 2: Extreme Science in Extreme Environments ???? The RBRconcerto C.T.D is built for the toughest challenges, thriving in extreme locations like polar ice caps and frozen fjords. Here, you can see it in action—deployed by Fiona Elliott, Head Engineer at the Geophysical Institute of the University of Bergen (UiB), in one of these icy landscapes. Whether moored, as shown, or used in profiling applications taking advantage of sampling speeds of up to 32Hz, the RBRconcerto C.T.D is designed to maximise data collection and deliver reliable high-accuracy measurements, no matter the environment. ?? Fiona Elliott University of Bergen (UiB) #RBRglobal #marinescience #CTD #polarscience #arctic #antarctica