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The origin of mass at the Large Hadron Collider

This project aims to investigate various theoretical aspects related to the Higgs-like particle discovered at the Large Hadron Collider (LHC) and possible new theories behind the el more...

Supervisor(s): Kobakhidze, Archil (Associate Professor)

Novel Properties of Semiconductor Nanostructures by Strain Engineering

This project aims to understand the novel properties of nanostructured semiconductors under strain by advanced characterisations and simulations. more...

Supervisor(s): Zheng, Rongkun (Associate Professor)

Microscopic Origin of Ferromagnetism in Diluted Magnetic Semiconductors

This project aims to understand the microscopic origin of ferromagnetism in Diluted Magnetic Semiconductors, and to direct the fabrication of high quality Diluted Magnetic Semicondu more...

Supervisor(s): Zheng, Rongkun (Associate Professor)

Graphene: a journey of appreciation and exploration via computational simulations

This project aims to study several graphene-based nanostructures including nanoribbon, nanodots and nanoantidots and their optical, electrical and magnetic properties by first princ more...

Supervisor(s): Zheng, Rongkun (Associate Professor)

Hybrid plasmonic waveguide for integrated photonic signal

The growing demand for faster communications technologies and the inherent limitations of electronic integrated circuits stimulated the research of nanophotonic components. Furtherm more...

Supervisor(s): Palomba, Stefano (Associate Professor)

Particle Physics with the Belle II detector at the SuperKEKB electron-positron collider

This project provides the opportunity to join the global effort to search for physics beyond the Standard Model of Particle Physics using data from the Belle II Experiment at KEK&rs more...

Supervisor(s): Varvell, Kevin (Professor)

Quantum transport in molecule/carbon-based nanostructures for new molecular electronic devices

Various projects available in the field molecular electronics and sensors. Large scale ab initio calculations will be used to investigate and predict novel structures and systems. A more...

Supervisor(s): Stampfl, Catherine (Professor)

Mechanism and control of diamond and graphene-based nanostructures using direct electric-field and laser excitation

To investigate the sculpting of carbon-based structures through controlled electric field and/or laser excitation, through first-principles based calculations. more...

Supervisor(s): Stampfl, Catherine (Professor)

Customising the acidity of novel nano-catalysts for desired catalytic reactions

To investigate through first principles calculations, the fundamental physics and chemistry of novel solid acid nano-catalysts with the overall goal of understanding and predicting more...

Supervisor(s): Stampfl, Catherine (Professor)

Nano-catalysts for carbon neutral futures: Conversion of CO2 into valuable chemicals

To investigate functionalized porous nano-composites for advanced physical and chemical processes to convert CO2 to valuable chemicals from theory and computations. more...

Supervisor(s): Stampfl, Catherine (Professor)