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you do As a PhD candidate, you will explore how individual differences in brain responses to TMS can inform personalized epilepsy treatments. Specifically, your work will involve: Simultaneous TMS and
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given the geological uncertainties and long-term storage impacts. CO₂ plume migration and pressure buildup across different storage sites can interact in complex ways. The project will develop methods
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different resolutions to examine the role of thalamocortical interactions in different cognitive processes. MRI and behavioral data collection Preprocess, analyze, and interpret behavioral, functional, and
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and the optimal stimulation settings for epilepsy treatment remain unclear. What you do As a PhD candidate, you will explore how individual differences in brain responses to TMS can inform personalized
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field. Solid background in digital IC design and digital signal processing. Hands-on RTL design skills (SystemVerilog / Verilog / VHDL) plus scripting (Python / MATLAB / C/C++). Strong command of English
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master’s degree in a relevant field (e.g., cognitive neuroscience, biomedical engineering, biological psychology) experience with programming (e.g., MATLAB, Python) hands-on experience with neuroscientific
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ultrabroadband mid-infrared intrapulse difference frequency generation sources. You will perform multispecies detection in demanding applications such as environmental and exposure monitoring, and in the green
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a difference: whether you’re exploring the future through research, inspiring students in the classroom, or helping shape everything that makes our education and research possible. PhD in
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psychology) experience with programming (e.g., MATLAB, Python) hands-on experience with neuroscientific research good organizational and communication skills to professionally interact with patients and
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analysis will be used to study the seismic response of prototype structures for different scenarios. Hence, the project integrates advanced element-scale, model-scale and in-situ testing with state