| PI Name | Research Area | Project Details - Please click for further information |
|---|
| Dermot Brougham |
NMR spectroscopy |
Development of CP-MAS, HR-MAS and HR-MAS-DOSY measurements to characterise adsorbed species on nanoparticle surfaces and study dynamics of these molecules |
| Enda McGlynn |
Nanostructures |
Metal oxide/graphene nano-heterostructures |
| Enda McGlynn |
Nanostructures |
Growth and characterisation of p-type CuAlO2 for applications in optoelectronics |
| John Costello |
Laser systems and interactions, atomic and molecular physics |
The main aim of the project is to study the formation and evolution of NPs in fs and ns laser plasmas in liquid and colliding plasma-gas environments |
| Pascal Landais |
Opto-electronics, nanomaterials, optical telecommunications |
The focus of this project is to examine the employment of a mode-locked quantum dash semiconductor laser (MLL) as a multi-carrier transmitter to increase throughput and enhance spectral and energy efficiency of medium reach optical networks |
| Patrick McNally |
Nanomaterials / Nanoelectronics |
The candidate will work within NPL (Nanomaterials Processing Laboratory) to develop real-time B-XRDI analysis of process steps to analyse the development of thermally indiced stresses/warpage/damage |
