126 parallel-computing-numerical-methods-"Simons-Foundation" research jobs at McGill University
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Computational , Astrophysics Experiment , Astrophysics Theory , Cosmology , Dark Matter , Experimental Astroparticle Physics , Experimental Astrophysics , Field Theory , GR-Cosmology (gr-qc) , Gravitational
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-conflict reconciliation and peacebuilding War-induced migration and resettlement International social work Participatory & arts-based research methods The tasks and responsibilities are as follows
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inverse modeling methods, machine learning, and artificial intelligence techniques. Appointment Details: Start date: As early as February 1, 2026. Annual Salary: $52,000 Application review: Ongoing until
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-temperature field theories, numerical modeling, and hadronic phenomenology. McGill’s Department of Physics has research groups active in most areas of modern physics. Applications, including a complete CV (with
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managing and securely storing project data and datasets. Analyze and interpret research data, ensuring quality and reliability. Contribute to the development and improvement of research methods and systems
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improvement of research methods and systems. Assist with the submission of abstracts and manuscripts and prepare reports. Qualification: Master's Degree in Bioengineering or related discipline. Experience with
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-rock experiments with a range of experimental methods Experience in the use of established wet chemistry methods such as preparing solutions, measuring pH and sample dilutions Experience with ICP-MS
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: Department of Chemistry Position Summary: Assist a PhD3 student on numerous oligotherapeutic projects that study the performance of antisense oligonucleotides and small interfering-RNA in a variety of
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: Designing and engineering nanostructures using computational methods Cconducting experiments to assemble and characterize DNA-scaffolded protein mimics Preparing manuscript for research articles Writing grant
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de recherche du Québec - Santé (FRQS). Position summary Department / Research Program: CORE Projects goal: Improving outcomes and use of healthcare services for all people with dementia, through