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light-matter coupling.” The postdoctoral researcher will design and fabricate photonic cavities for strong light-matter coupling at infrared (IR) and terahertz (THz) frequencies and develop on-chip
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Big Picture Learning Credential (IBPLC) as a rigorous, equitable pathway into college admissions. The project — a partnership between Northeastern, Big Picture Learning U.S. (BPL U.S.), Big Picture
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materials, supported by an NSF CMMI CDS&E award and industry-sponsored projects. The primary function of the position is to develop and cross-validate the experimental and numerical platforms of the mechanics
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project focused on sustainable polymer synthesis from CO₂. The researcher will develop and apply computational and AI-based methods, including high-throughput quantum chemistry and machine learning
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multiple projects, and deliver at a high level. This work integrates gene therapy, chemical conjugation, and quantitative transport modeling to engineer charge-guided delivery systems for dense, negatively
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on priorities identified by both organizations. Projects under this program are jointly selected to enhance the JAX/Roux partnership, align with each institution's strategic priorities, and integrate biological
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Applied Data Science Postdoctoral Fellowship program. Under this program, postdoctoral trainees will be co-mentored by NU and JAX researchers working on priorities identified by both organizations. Projects
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graduate researchers. Ability to work independently and drive a research project forward while collaborating effectively within a team environment. Key Responsibilities & Accountabilities Conduct independent
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responsibility for designing, planning, and executing experiments that drive the project's scientific and technological progress, with a strong emphasis on timely advancement toward scale-up and commercialization
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both theoretical progress and practical implementation in communication networks. Through these efforts, the Postdoc will generate impactful academic contributions that support the design of next