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can be a blend of experimental laboratory work and atmospheric modelling. Co-supervisors may include staff from the Schools of Chemistry, Physics & Astronomy, and Earth & Environment at Leeds. Current
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- [email protected] Co-supervisor name: To be confirmed Project Summary The goal of our research is to develop new computational methods for atomistic simulations in chemistry and physics. These methods
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ammonia reactions with components in the liquid lubricant phase. Entry requirements First or Upper Second Class UK Bachelor (Honours) degree or equivalent. Subject Area Physical Chemistry, Chemical
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inorganic synthesis; crystallography and powder diffraction; solid state magnetic measurements; infrared, Raman and THz vibrational spectroscopy; and other physical techniques as appropriate. There will be
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to understand what physical effects are possible. We have recently developed a method of using quantum statistics within atomic, dynamical spin models, opening a new era of quantitative modelling. This allows us
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year for 3.5 years is also available to previous graduates of the University of Leeds. Lead Supervisor’s full name & email address Professor Vasilis Sarhosis – [email protected] Co-supervisor name(s
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or composition with a physical or chemical trigger. All projects include multi-step organic synthesis of ligands, synthetic coordination and supramolecular chemistry, solution characterisation of assemblies and
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introduced into routine practice. Hypothesis This PhD will study aspects of a self-contained instrumented medical implant capable of measuring various physical parameters (e.g. force, motion and temperature
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13 Feb 2024 Job Information Organisation/Company The University of Leeds Research Field Engineering » Mechanical engineering Researcher Profile First Stage Researcher (R1) Country United Kingdom
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The formation and behaviour of glassy disordered solids is one of the deepest unsolved questions in physics, as demonstrated by the seminal contributions to the problem by the 2021 Nobel laureate in