Sort by
Refine Your Search
-
of benthic and demersal fish. The role is part of a grant led by University of Liverpool, funded by the Human Frontier Science Programme (HFSP), entitled Vibrational sensing and production in fishes
-
band structure and exciton binding energies, as well as their vibrational and transport properties. This role will utilize several state-of-the-art computational modelling techniques, in particular
-
multiple ultrasound planes. A key part of the role will be ensuring model robustness to clinically realistic challenges including imaging noise and variability in probe orientation. Beyond model development
-
requires experience in fabrication of nanofluidic systems built from glass nanopipettes, resistive pulse sensing and noise analysis of ionic current data. You will be expected to manage your own academic
-
of in-depth perovskite PV device analysis including energetics spectroscopy (e.g. APS and SPV) and vibrational spectroscopy (e.g. Raman) is essential for this post. You will manage own academic research
-
Planetary Physics (AOPP) sub-department of the department of Physics, at the University of Oxford. The post will address a significant problem in climate forecasting known as the Signal-to-Noise Paradox (SNP
-
cavities and noise performance The ability to formulate and progress work on their own initiative The ability to work as part of a team on the experiments at Heriot-Watt and more widely with scientific and
-
Fellowship programme focuses on the development of operando vibrational spectroscopy and optical/electron microscopy techniques to probe the reaction interfaces of Li/M-NRR. These methods will build intricate
-
fertiliser equity and realising NH3's potential as a zero-carbon fuel. The broader Fellowship programme focuses on the development and application of operando vibrational spectroscopy and optical/electron
-
, the size of single devices has become comparable to the mean free path of electrons and phonons (molecular vibrations transporting heat through the solid). At this limit, the inherent continuity assumption