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carry out your own PhD project within the area of expertise of your supervisors, who specialise in global approaches to the history of art and architecture: Prof. Scott Nethersole, Dr Sonia de Laforcade
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specialise in global approaches to the history of art and architecture: Prof. Scott Nethersole, Dr Sonia de Laforcade and Dr Matthew Mullane. The project will be funded by a Starters Grant from the Faculty
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impact of your research? We have a project for you! Neuromorphic computing is a way to do computations using hardware that mimics the architecture of the brain. Are you interested in a project at the
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consistency models. These models rest on a joint foundation of deep learning architectural research and mathematical theory. They therefore present an exciting research area for theoretically minded individuals
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into crafting groundbreaking miniaturised architectures for training sparse ANNs, while delving deep into their evolution during training using cutting-edge tools from the network science domain. You will spend
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of different predictive neural architectures. The experimental and computational work will be conducted at the Donders Institute for Brain, Cognition and Behaviour at Radboud University (Nijmegen, Netherlands
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the architecture of the human brain. This project aims to co-develop algorithms for neuromorphic hardware, focusing on the inherent stochasticity in neuromorphic materials. This will pave the way towards solutions
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like to make a fundamental and societal impact with your research? In this project, you will work with neuromorphic computing, a way to do computations with hardware that mimics the brain architecture
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learning architectural research and mathematical theory. They therefore present an exciting research area for theoretically minded individuals who are also interested in the practice and applicability
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test the neural and behavioural implications of different predictive neural architectures. The experimental and computational work will be conducted at the Donders Institute for Brain, Cognition and