Chamberlain Fellow
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About The Position
The Physics Division at Lawrence Berkeley National Laboratory (Berkeley Lab) is excited to announce the competition for the 2025 Owen Chamberlain Fellowships in Experimental Particle Physics and Cosmology. This prestigious fellowship is named in honor of the Nobel Laureate Owen Chamberlain, who, alongside his colleagues, made significant contributions to the field of particle physics by discovering the anti-proton at the Berkeley Bevatron in 1955. The fellowship aims to support innovative research in high-energy particle physics, cosmology, quantum information science, and machine learning applications in these domains. Chamberlain Fellows will be appointed for a duration of three years, with the possibility of a two-year renewal based on satisfactory job performance and the continued availability of funds. The appointment is expected to commence during the 2025 calendar year, and fellows will receive an annual research supplement of $10,000 in addition to support from their respective research groups. The Physics Division at Berkeley Lab has a rich history of advanced instrument and detector development, computational research, and experimental projects that span a wide range of topics, including high-energy collider physics, neutrino physics, dark matter detection, and experimental cosmology. For more information about the research activities at the lab, please visit www.physics.lbl.gov. As a Chamberlain Fellow, you will engage in one or more existing projects, focusing on innovative experimental design, construction, execution, and data analysis. You will conduct original research both independently and collaboratively, prepare research papers for publication, and present your findings at seminars and conferences. Additionally, you will support the LBNL IDEA initiative and participate in outreach activities, contributing to the lab's commitment to inclusion, diversity, equity, and accountability.
