• Modelling wave transport in random media for wavefront shaping applications 

  Raju, Michael (University College Cork, 2022)

  The central theme of my thesis is to develop various analytical and numerical methods, for the coherent control of waves to assist various wavefront shaping applications in random disordered media. This resulted in the ...
• Thin film magnetics for integrated magnetic nano-structures 

  Cronin, Darragh (University College Cork, 2022-11-01)

  The past decades have seen a surge in demand for highly miniaturised magnetic components which has been enabled by use of power circuitry high switching frequencies which require energy storage on a smaller scale. The ...
• Phantom and computational studies towards the clinical translation of gas in scattering media absorption spectroscopy into neonatal respiratory care 

  Pacheco Tobo, Andrea Liliana (University College Cork, 2022)

  Everything except vacuum is heterogeneous to some extent. Even media that we consider homogeneous (such as pure gases and water) can be taken apart into individual heterogeneities (such as atoms and molecules), which can ...
• Lumped silicon photonic Mach-Zehnder modulators for high-speed optical interconnects 

  Murray, Brian (University College Cork, 2022-08-07)

  The boom in worldwide internet connectivity and cloud services has caused unprecedented need for high-bandwidth connections between and within data centres. Silicon photonics is becoming the platform of choice to provide ...
• Optically injected dual state quantum dot lasers 

  Dillane, Michael (University College Cork, 2022-04-14)

  The spikes and pulses observed in biological neurons have similar characteristics to the excitable pulses seen in optically injected lasers. This thesis investigates the feasibility of optically injected dual state quantum ...

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