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strong computational skills and a second experimental postdoctoral scholar to work at the interface between the two labs to integrate experimental and computational data. Key Responsibilities: Building 3D
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four staff members [Ian Cloët, Alessandro Lovato, Anna McCoy, and Yong Zhao] and several postdocs and students. The group has a broad research program in QCD/hadron physics and nuclear structure
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of interest include: structural 3D printing (metals, concrete, and composites) computational mechanics and structural topology optimization vision-based structural health monitoring autonomous and drone-based
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printing Design and development of novel (3D/4D) electronic devices and rechargeable batteries by AM process Nanocomposite formulating, including optimization of compounding procedures, particle loading, and
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technologies experience with computing languages and using 2D and 3D numerical models experience with presenting at conferences and writing journal papers and grants Our University Community Physical Demands
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on this tradition, the program is now positioned to lead the next era of FLASH and ultra-high dose rate radiotherapy research, leveraging decades of excellence in both biological discovery and technological
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rational strategies for next-generation therapeutics. The Lu Lab develops 2D/3D spatialtemporal omics, spatial pharmacology, and computational/AI approaches to map, model, and reprogram how cells
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recurrent infections. Our research projects are highly translational and will be conducted in collaboration with esteemed scientists from Genentech Inc. and computational experts from the University
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at The Pennsylvania State University. The Du lab is interested in understanding how transcription machineries and regulatory DNA elements organize in 3D in the nucleus to regulate gene expression. We leverage single
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focuses are: 1) Investigating the underlying molecular mechanisms by which 3D genome topology controls the hematopoietic transcription program and lineage differentiation in normal and malignant