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are essential and can regulate genes, transcripts, cells and brain function. Our lab explores this new area of research. Although these modifications are usually not detected in DNA and RNA by conventional
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an ultra-radiopure liquid scintillator detector in the world's deepest underground laboratory, testing the potential Majorana nature of neutrinos. TRIDENT aims to observe high energy astrophysical neutrinos
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. Preference will be given to candidates with a strong background in gravitational wave detection, gravitational wave cosmology, gravitational wave data analysis, and/or numerical relativity simulations
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, applicants for postdoctoral positions are requested to provide the relevant supporting documents. *IMPORTANT NOTICE: Prospective applicants for postdoctoral positions must secure a willing postdoctoral
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, applicants for postdoctoral positions are requested to provide the relevant supporting documents. *IMPORTANT NOTICE: Prospective applicants for postdoctoral positions must secure a willing postdoctoral
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physics division (EPD) at IHEP on one of the following topics: • Precision measurement of oscillation parameters and mass ordering through the analysis of reactor neutrinos • First detection of diffuse