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Indiana University Indianapolis, School of Science Department of Physics invites applications for an endowed professorship in physics. The appointment will begin August 1, 2025 (or earlier) on the Indianapolis campus. The successful candidate will be the Inaugural Meiere Professor of Physics. The Chair includes a significant annual funding stream that can be used for a wide variety of purposes, within limits of Indiana University policy.

The search is part of a major expansion of the research profile of IU Indianapolis. We expect close collaboration with the newly established Convergent Bioscience and Technology Institute at Indiana University Indianapolis (CBATI). The creation of CBATI, the upcoming construction of a new research building, and the establishment of other new research institutes, consortia, and academic programs is part of a record-breaking new investment in the Indianapolis campus by the Indiana State Legislature.

The successful candidate will have an outstanding

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School of Civil and Environmental Engineering (CEE) is a leading school for Sustainable Built Environment. The key objective is to support efforts to spearhead tertiary education, advance research innovations, and provide professional services. For more details, please view https://www.ntu.edu.sg/cee

We are looking for a post-doc research fellow to work on a newly awarded project on spatial concurrence risk analysis of precipitation using a network-based approach. The position is initially for 12 months, with the possibility of extension for up to 6 months or longer, subject to budget availability. The role will focus on conducting research, preparing project reports, assisting with grant proposals, and engaging in collaborative research activities.

Key Responsibilities:

•           Conduct research in data analysis, methodology development and applications

•           Coordinate the preparation of project reports and deliverables

•           Publish findings in peer-reviewed journals and conference proceedings

•           Collaborate with other researchers on

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The world is littered with trillions of micro- and nanoscopic pieces of plastic. These can be smaller than a virus — just the right size to disrupt cells and even alter DNA. Researchers find them almost everywhere they’ve looked, from Antarctic snow to human blood. In a new study, scientists have delineated the molecular process that causes these small pieces to break off in such large quantities.

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