Hebrew University of Jerusalem
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We have 53 nuclear physics PhD Projects, Programmes & Scholarships
nuclear physics PhD Projects, Programmes & Scholarships
We have 53 nuclear physics PhD Projects, Programmes & Scholarships
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Nuclear Data: A data science approach
Over the 100 years or more since nuclear physics existed as a subject, a vast array of nuclear data has been obtained for the thousands of isotopes that have been studied in the laboratory. Read more
Physics & Applied Physics
At The Hebrew University of Jerusalem, ranked 77th among the world's 100 leading universities (Shanghai Ranking, 2022), international students have the option of earning a PhD in physics or applied physics. Read more
Nuclear data studies at the nToF facility in CERN
For the safe and efficient operation of present and future reactor designs, various neutron-induced reactions need to known to high precision. Read more
Cosmic-Ray Muons in Different Applications
Cosmic-ray muons are known to be useful in applications beyond particle astrophysics. They have helped with mapping structure of volcanoes and with finding voids in various geological structures. Read more
Dark Matter Search with the LZ Experiment
LUX-ZEPLIN (LZ) is a high-sensitivity dark matter experiment currently operating in the deep underground laboratory at SURF (South Dakota, USA). Read more
Evolution of nanostructure and properties in nuclear graphite with irradiation damage
Evolution of nanostructure and properties in nuclear graphite with irradiation damage. Supervisors. Dr. Dong (Lilly) Liu (UoB), Prof. Read more
Preparing for Deep-Inelastic Scattering at the Electron Ion Collider
The Birmingham Particle and Nuclear Physics groups are working with international collaborators in the ePIC collaboration towards a detector for the Electron Ion Collider which is expected to start operation at the Brookhaven Laboratory in the USA around 2030. Read more
Detecting Dark Matter with Quantum Technology
Our understanding of the Universe and its fundamental constituents is conveyed by the Standard Model of particle physics and by General Relativity. Read more
Energy resolved-backscatter X-ray imaging for safety inspection and asset assessment in nuclear decommissioning
Globally there are many legacy nuclear estates – often built decades ago without consideration for their eventual fate – which are now undergoing nuclear decommissioning and remediation to return the sites to normal use. Read more
Advanced Material Development and Assessment of Cementitious Filler Materials for Long-Term Disposal of Nuclear Waste
How can concrete materials (the most utilized material in the world) offer unique solutions to the nuclear fuel cycle? How can we leverage modern cement… Read more
iCASE- Enhanced material classification using SiPMs and fast scintillators
The Nuclear Physics Group at Manchester are collaborating with an industrial partner in Rapiscna Systems aiming to improve backscatter imaging technologies. Read more
iCASE Optical signal characterization in Cargo X-ray imaging
The Nuclear Physics Group at Manchester are collaborating with an industrial partner in Rapiscna Systems aiming to improve backscatter imaging technologies. Read more
PhD studentship in in situ imaging and diffraction of dual-phase zeolite composites for nuclear waste remediation.
Applications are sought for a PhD project under the supervision of Dr Phoebe Allan at the University of Birmingham, Dr Sharif Ahmed and Dr Joe Hriljac at Diamond Light Source, and Dr Tom Carey at the National Nuclear Laboratory. Read more
Graphene-based end-effector sensors for teleoperated robotics in extreme nuclear environments
RACE (Remote Applications in Challenging Environments,. http://www.race.ukaea.uk/). was founded in 2014 as part of the UK Atomic Energy Authority (UKAEA) fusion research and development programme - to create robots for operating in some of the most challenging environments imaginable. Read more
Characterization of Vacancy-Related Point Defects in Nuclear Materials
The importance of both Fusion and Fission Nuclear Energy Technologies is growing. The materials used must be resilient to high levels of typically neutron and gamma-ray radiation. Read more