At #SC24, Jeniece Wnorowski of Solidigm spoke with John Towns, NSF ACCESS Program’s Principal Investigator, about the many resources the program makes accessible to academics and researchers across the country –100% free of charge. With the potential to open new doors in medicine, physics, and even search and rescue efforts, this program is worth keeping an eye on as their users work to advance science! Don’t miss the video below to learn how ACCESS is helping to democratize the latest developments in HPC-based research:
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✨SLAC’s original 2-mile-long accelerator was a bold idea, so daring that the Stanford physicists who devised it affectionately referred to it as “the Monster” or Project M. More than 60 years and several Nobel prizes later, it remains the backbone of our lab and a workhorse for our nation in support of science and technology. Our accelerator scientists – including Julia Gonski and Tor Raubenheimer – are still pushing the field forward, helping define the discovery machines of tomorrow. Read more about how they're contributing to national accelerator research and development priorities in this Symmetry article: https://bit.ly/3VtndOr
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Find out about the researchers behind the #supercomputers in the EU Digital & Tech series ✨𝗦𝗨𝗣𝗘𝗥 𝗗𝗥𝗘𝗔𝗠𝗘𝗥𝗦 ✨ Professor Gabriel Wlazlowski leads a team of scientists from the Faculty of Physics at Warsaw University of Technology. He was granted access to the EuroHPC Joint Undertaking (EuroHPC JU) LUMI for his research on turbulent dynamics in superfluid Fermi systems. 📺 Watch the full episode on YouTube: https://lnkd.in/dGcvdBDg 📰 and read more about his work in our use case; link in the comments. Directed by #thekissingertwins #lumisupercomputer #hpc #eurohpc
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Great feedback for our researchers from the Dept. Sustainable and Bio-Inspired Materials (director: Silvia Vignolini) at #PostDocDay Berlin (part of Berlin Science Week & organized by Max Delbrück Center) Rhan Zhao won the "best flash talk award" for her "From #emulsion drops to structural composites" & Sinuhé Perea, LFHCfS captivated the audience with "#Skyrmions: Why a concept in particle physics is now reaching biological systems?" ➡️More on the Dept.: https://lnkd.in/e7uX7BBJ ➡️Video-introduction by Sinuhé: https://lnkd.in/eviHJWPm
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Can't be humble about this one: this is such a cool analysis!! Harnessing ML for anomaly detection to search for new physics comparing several different techniques and strategies like outlier detection, overdensity detection, likelihood ratio, log likelihood, self supervised, weakly supervised, VAEs, quantile regression, conditioned normalizing flows, and the list continues. Read it, you won't be disappointed ☺️
Finally also on arxiv: Our massive paper with the CMS Experiment to search for #anomalies in data using a broad range of different novel detection methods: https://lnkd.in/eddpR4yQ Sadly, this first demonstration discovered no new physics but, more importantly, it shows that machine-learning based anomaly detection methods can indeed be applied to real collider data and offer a broad sensitivity to different potential signals! Great project with old & new students Manuel Sommerhalder, Dr. Tobias Quadfasel, Tore von Schwartz, Chitrakshee Yede as well as excellent collaborators Thea Klaeboe Aarrestad Jennifer Ngadiuba & many more. Cluster of Excellence Quantum Universe University of Hamburg
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Excited to share that our ML-powered search for anomalous new physics at the CMS Experiment is now on arXiv! This analysis has been a major focus of my PhD and a true team effort with many incredible collaborators. While we didn’t find new physics on this occasion, the study highlights the potential of cutting-edge anomaly detection techniques in particle physics and provides a foundation for future explorations.
Finally also on arxiv: Our massive paper with the CMS Experiment to search for #anomalies in data using a broad range of different novel detection methods: https://lnkd.in/eddpR4yQ Sadly, this first demonstration discovered no new physics but, more importantly, it shows that machine-learning based anomaly detection methods can indeed be applied to real collider data and offer a broad sensitivity to different potential signals! Great project with old & new students Manuel Sommerhalder, Dr. Tobias Quadfasel, Tore von Schwartz, Chitrakshee Yede as well as excellent collaborators Thea Klaeboe Aarrestad Jennifer Ngadiuba & many more. Cluster of Excellence Quantum Universe University of Hamburg
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Our Shaping the Debate report was launched last week, unveiling our three impact projects for 2024: 🍃 Green Economy (phase two) 🚀 Space Technologies 💰 Venture Capital Investment Read the full blog post to learn more about our impact projects and how to get involved! 👇
Following the launch of our latest report Shaping the Debate, read this blog by IOP Head of Science and Innovation Anne Crean as she talks about our latest impact projects for 2024 and how IOP members and the wider physics community can get involved: https://lnkd.in/euBZTQnx
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Finally also on arxiv: Our massive paper with the CMS Experiment to search for #anomalies in data using a broad range of different novel detection methods: https://lnkd.in/eddpR4yQ Sadly, this first demonstration discovered no new physics but, more importantly, it shows that machine-learning based anomaly detection methods can indeed be applied to real collider data and offer a broad sensitivity to different potential signals! Great project with old & new students Manuel Sommerhalder, Dr. Tobias Quadfasel, Tore von Schwartz, Chitrakshee Yede as well as excellent collaborators Thea Klaeboe Aarrestad Jennifer Ngadiuba & many more. Cluster of Excellence Quantum Universe University of Hamburg
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Lin Ma and I invite you to submit an abstract to our session on "Digital Rock and Soil Physics: challenges and advances in imaging and computing" at the CMWR conference in Tucson, Arizona! Abstract deadline is May 20th. UGCT, #porousmedia, #digitalRockPhysics, #poreScaleImaging
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🔜 After the Summer School is before the Summer School. We are still inspired by the great days in Strasbourg with 50 students and great partners such as Quantum Delta NL, the Universität Straßburg and EIN Quantum NRW. 🤔 But what makes the European Quantum School so special? Sohan Vartak from the organizing committee describes his expressions and reveals the plans for 2025. 👁 Curious? Then take a look! #quantumwithoutboarders #europeansummerschool #quantumtechnologies
