• Random walks on finite quantum groups 

  McCarthy, J.P. (University College Cork, 2017)

  Of central interest in the study of random walks on finite groups are ergodic random walks. Ergodic random walks converge to random in the sense that as the number of transitions grows to infinity, the state-distribution ...
• Optically injected multi-mode semiconductor lasers 

  O'Shea, David (University College Cork, 2016)

  As a device, the laser is an elegant conglomerate of elementary physical theories and state-of-the-art techniques ranging from quantum mechanics, thermal and statistical physics, material growth and non-linear mathematics. ...
• Statistical methods for polyhedral shape classification with incomplete data - application to cryo-electron tomographic images 

  Bag, Sukantadev (University College Cork, 2015)

  A certain type of bacterial inclusion, known as a bacterial microcompartment, was recently identified and imaged through cryo-electron tomography. A reconstructed 3D object from single-axis limited angle tilt-series ...
• Statistical considerations in the kinetic analysis of PET-FDG brain tumour studies 

  Hawe, David (University College Cork, 2016)

  Dynamic positron emission tomography (PET) imaging can be used to track the distribution of injected radio-labelled molecules over time in vivo. This is a powerful technique, which provides researchers and clinicians the ...
• The inverse limit of GIT quotients of Grassmannians by the maximal torus 

  Yazdanpanah, Vahid (University College Cork, 2015)

  There are finitely many GIT quotients of 𝐺(3 𝑛) by maximal torus and between each two there is a birational map. These GIT quotients and the flips between them form an inverse system. This thesis describes this inverse ...

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