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Field
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data, represent and analyze results. Prepare the corresponding scientific manuscripts. Where to apply Website https://seuelectronica.upc.edu/en/procedures/call-for-recruitment-of-pdi-postdo… Requirements
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-time (100%) postdoctoral scholarship holder in the field of gravitational wave instrumentation, with a focus on a novel calibration technique for Advanced Virgo+ Phase 2 (O5). The Particle Physics group
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before the fellowship start date. Demonstrated experience with electronic-structure calculations (DFT, plane-wave codes such as VASP or Quantum ESPRESSO). Experience with molecular dynamics and/or
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techniques for matter wave interferometry. Our current investigations cover aspects of matter wave interferometry, quantum synchronization, and an exploration of computational complexity versus robustness
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2026. The positions will provide successful candidates the opportunity to concurrently pursue their own research directions in gravitational-wave and/or dark-matter physics and phenomenology, while also
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Massachusetts Institute of Technology | Cambridge, Massachusetts | United States | about 2 months ago
. The successful applicants will work with the X-ray Detector Lab group at MKI (https://sites.mit.edu/xraydetectorlab/ ) under the direction of Dr. Eric Miller and Dr. Catherine Grant. Our group of astronomers
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Geophysics, Physics, Mathematics, Earth Sciences or closely related discipline. Experience with and love for linking models to field data. Solid understanding of seismic wave fields and their mechanics
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developing leaders who are empowered to halt the climate crisis and create an environmentally sound future for generations to come. To learn more about SEAS and our values, please visit our website at https
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using advanced seismological and geophysical methods, including surface-wave tomography, receiver functions, reflected seismic phases, joint inversion, and Distributed Acoustic Sensing. The main objective
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floating offshore wind (FLOW) in deeper Atlantic and Celtic Sea waters. These are among the most energetic waters in which FLOW has been contemplated. Wave conditions frequently exceed the operating limits