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Searching for Sterile Neutrinos and other Beyond the Standard Model phenomena with SBND School of Mathematical and Physical Sciences PhD Research Project Self Funded Dr Rhiannon Jones, Prof E Daw
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Laboratory (Fermilab). The research project will develop a reliable framework to accelerate the development of novel high-power particle-production target material for advanced particle accelerator
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Laboratory (Fermilab). The selected candidates will contribute to experimental testing, data analysis, and machine learning (ML) modeling related to the mechanical behavior of ion-irradiated High Entropy
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: Experimental condensed matter physics, cosmology and astrophysics, particle astrophysics and dark matter, high energy, atomic, pulsar and biophysics; theoretical cosmology, condensed matter, mathematical, and
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control interfaces. One example is the Quantum Instrumentation and Control Kit (QICK), developed at Fermilab. In this project, you will extend the QICK framework by implementing digital filtering and
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undergraduates. Postdocs benefit from strong interactions with experts in applied mathematics, computer science, device physics, materials science, and statistics, as well as access to world-leading supercomputing
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(hep-th) , Theoretical Particle Physics , Elementary Particle Theory , String Theory , Particle Physics , Cosmology , Particle/Cosmology Theory , Nuclear & Particle Theory , Physics - Mathematical
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Laboratory (Fermilab). The research project will develop a reliable framework to accelerate the development of novel high-power particle-production target material for advanced particle accelerator
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Laboratory (Fermilab). The research project will develop a reliable framework to accelerate the development of novel high-power particle-production target material for advanced particle accelerator