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Are you interested in working on a unique geological dataset to understand the evolution of one of the most enigmatic volcanoes? Salary range £44,247 rising to £50,379 per annum Business Unit School of Natural Sciences Closing date for applicants 30-Apr-2026 Are you interested in working on a...
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manufacturing. The role sits within the £13M EPSRC Hub for Advanced Long-Acting Therapeutics (HALo) (https://www.liverpool.ac.uk/celt-global-health/halo/), a nationally leading initiative spanning universities in
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the lunar farside. The successful candidate will contribute to the development and scientific programme of the Lunar Farside Technosignature and Transients Telescope (LFT3; https://lft3.space). Lunar Farside
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other projects ongoing in the group: a laboratory simulator of the neutron star dynamics in rotating superfluid helium-3 and studies of vortex dynamics in superfluid helium-4 using nanomechanical sensors
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deformation at explosive caldera-forming volcanoes. The first objective of the PDRA will be to create a numerical simulation of magma intrusion within a deep magma mush to resolve its impact on surface
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nonlinear, ultrafast, and integrated photonics. Develop predictive theoretical and computational models for optical materials and photonic devices. Perform numerical modelling and simulation of optical
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, The University of Manchester. Applications are invited for a post-doctoral research associate position to work on the development and application of ab initio computational methods for simulating actinide X-ray
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. Experience with multivariate analysis of brain imaging data C12. Good team leadership skills including demonstrable supervisory skills. Desirable at grade 6 / 7: D1. Experience with model simulations
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. The post will be primarily based at Guy’s Campus. The successful candidate will work closely with Professor James Arnold (https://www.linkedin.com/in/james-arnold-1a0497263/ ) to support and further develop
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; https://lft3.space). Lunar Farside Technosignature and Transients Telescope (LFT3) aims to exploit the uniquely radio-quiet environment of the lunar farside to perform pioneering low-frequency radio