Results for Technology
53,864 grants found
Showing 2,681 – 2,700 of 53,864 grants for "Technology"
Magnetic properties of unstable nuclei: calculations of magnetic moments and distribution of nuclear magnetisation
The project is devoted to refining calculations of magnetic properties of unstable nuclei. The student will use the nuclear density-functional theory, which she will learn in the g...
The UK Square Kilometre Array Regional Centre 2023-2025 (Edinburgh contribution)
The Square Kilometre Array Observatory (SKAO) is a large, next-generation radio telescope that is planned to be many times more sensitive than the current most sensitive telescopes...
Chemistry in planet-forming regions revealed by ALMA
The Atacama Large Millimeter/submillimeter Array (ALMA) is a telescope in Chile that observes the universe at millimeter wavelengths. ALMA has the resolution and sensitivity to obs...
problem of integrability in the context of the AdS/CFT correspondence
work on the problem of integrability in the context of the AdS/CFT correspondence, in particular AdS3 and AdS2 and with special consideration given to massless modes in these theor...
Radio frequency and data acquisition toolkit for physics experiments
The project will focus on applications of modern radio frequency analogue and high-speed digital technology in physics experiments. The student will design and prototype several m...
Nuclear Structure and Dynamics under extreme conditions
The Nuclear Energy Density Functionals (NEDF) are the appropriate, reliable, and successful tools to study the nuclear properties and excitations under extreme conditions. This res...
The formation of gas giant exoplanets
Astronomical observations in the last few decades have challenged our understanding of planet formation. It is believed that giant planets form either by core-accretion (the standa...
New Symmetries in Quantum Field Theory
This project explores novel symmetries in quantum field theory and quantum systems more generally.
Eclipse Mapping Exoplanet Atmospheres with the James Webb Space Telescope
Our understanding of exoplanets is significantly lacking in comparison to our understanding of the Solar System planets due to the greater difficulties of observing them. Many prop...
Stars and planets through time
While we have detected over 4000 planets around old main-sequence stars like our Sun, we have only discovered a handful of planetary systems around young stars with ages less than...
Experimental Particle Physics
The next four-year timescale is particularly exciting with the exploitation of the LHC and upgrade developments at a critical stage. We will focus our efforts in the Higgs and top...
Integrable deformations with twisted quantum affine symmetry
The study of integrable deformations of 2-d QFTs has led to significant insights into how integrability can be used to find exact, non-perturbative, solutions of quantum theories....
Extension to the build project for the Mu3e MuPix Pixel Tracker
See lead institute submission
Duality Invariant Supergravity, String Geometry and Global Properties of T-Duality in arbitrary Dimension and Signature
T-duality is one of the symmetries that sets string theory apart from theories based on point particles. It states that a string theory compactified on a circle of radius R is equi...
Searching for Dark Matter using data from LHC Run 2 and Run 3 at the ATLAS experiment
The aim of Tom's PhD project is to make world-leading analyses searching for evidence of Dark Matter (DM) and new particles mediating its interactions with the Standard Model (SM)....
Stellar seismology: Models and numerical simulations of waves in rotating stars
The general goal of the project is to advance on the physical understanding of the excitation mechanisms of waves driven by convective processes, using both analytical and numerica...
Weighing Supermassive Black Holes
Understanding the formation and evolution of galaxies is central to much of contemporary astrophysics. The relations between black hole mass and various galaxy properties imply a t...
Developing next generation fast-timing photon-detectors
Doctoral Training Partnerships: a range of postgraduate training is funded by the Research Councils. For information on current funding routes, see the common terminology at https:...
Very-High-Energy Gamma Ray Emission from Blazar Jets
The precise origin of gamma-ray emission form blazars remains elusive. Competing models propose that the emitting region might lie very close to the central black hole, or that it...
Widening the search for Dark Matter and Physics beyond the Standard Model with direct detection experiments
Everything we can see in the Universe is only a small fraction of its mass. Most of it, an incredible 85%, is 'dark' - and we know remarkably little about it. We can infer the role...