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. All-Optical switching (AOS) of magnetisation has been demonstrated as a radically new approach to write magnetic bits at an unprecedented picosecond timescale and with low switching energies. Recently
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this project, you will work with neuromorphic computing, a way to do computations with hardware that mimics the brain architecture. All-Optical switching (AOS) of magnetisation has been demonstrated as a
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should have a Master's degree in physics (photonics), electrical engineering, or a related discipline (a good knowledge of optics and photonics is required), and an interest in developing laser-based
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involve material (multilayer) deposition, characterisation and investigation as to how these materials can be employed using All-Optical switching (AOS) of magnetisation in these magnetic nanostructures
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(photonics), electrical engineering, or a related discipline (a good knowledge of optics and photonics is required), and an interest in developing laser-based spectroscopic instruments and analysing data. You
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for programming (ideally in Python). Experience with fMRI, pupil dilation, eye-tracking and/or perceptual paradigms is a plus. You have an excellent command of written and spoken English. You are self-motivated
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science to organic chemistry and biochemistry. IMM focuses on fundamental research with an open eye for societal applications and educates the next generation of leaders in science and innovation. IMM
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PhD Candidate: Neurocognitive Mechanisms of Alternative Thinking at the Donders Centre for Cognition
. The study will involve acquiring and analysing neural and behavioural data from three cross-sectional samples (4-5, 12-14, and 18-24 years old), using a new neuroimaging technology (Optically Pumped
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differences. You have experience with quantitative experimental design and statistical analysis. You have an affinity for programming (ideally in Python). Experience with fMRI, pupil dilation, eye-tracking and
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PhD Candidate: Neurocognitive Mechanisms of Alternative Thinking at the Donders Centre for Cognition
three cross-sectional samples (4-5, 12-14, and 18-24 years old), using a new neuroimaging technology (Optically Pumped Magnetometers) to track neural activity during communicative and emotional control