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to the search for new physics in the high-energy physics framework. Specifically, issues related to the Neyman-Scott problem, to the estimation of parameters on the boundaries of the parameter space, and to
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to the Neyman-Scott problem, to the estimation of parameters on the boundaries of the parameter space, and to the dependence of the support of the distribution on the parameter of interest, will be studied
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the following topics and tasks: Modeling of the environment and instrument to identify relevant detector parameters and optimize the design of the instrument Adapt the design of an existing protype or design a
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of the earth’s interior. These variables are variously estimated via proxies (e.g. isotopes) or using models with different types of input parameters, giv-en a set of assumptions, usually based on modern
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to work on all aspects of CMB data analysis, including time-ordered data processing, parametric component separation, and cosmological parameter estimation. The candidate will develop and use skills in