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methods, such as Convolutional or Bayesian Neural Networks, Simulation-Based Inference (SBI), Normalizing Flows, or Diffusion Models, is also a plus. The position includes a competitive salary, research
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experiment, contributing to the transition to full experimental operations and establishing a research program in atomic, molecular, and optical (AMO) quantum science and dark matter detection. The appointee
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operational risk and financial complexity. The candidate will also reflect the ability to integrate, align, and balance operational and scientific objectives and initiatives. The skills necessary to communicate
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2.0 Resources for Dark Matter Detection" from the DOE-OHEP QuantISED 2.0 program. The postdoc will design, fabricate and operate superconducting quibit devices as front-end electronics for new quantum
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. The LPC offers a vibrant community of CMS scientists from US and overseas institutions that play leading roles in analysis of data; in the definition and refinement of physics objects; in detector
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scientists to develop an independent research program. DRs will have access to the resources available at the LPC to make major contributions to CMS in the areas of physics analysis, object identification