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Professor Dr. John-Dylan Haynes

Address Charité - Universitätsmedizin Berlin
Berlin Center for Advanced Neuroimaging (BCAN)
Charitéplatz 1
10117 Berlin

Projects

As Applicant
- Current projects
  - Neural representation of belief states during decision-making under uncertainty (Research Grants)
  - Methods toolbox and infrastructure for predictive analytics (Research Units)
- Completed projects
  - Dissociating effects on encoding versus access in visual masking (Research Grants)
  - fMRI-based characterization of brain activity patterns during weight loss and body weight maintenance: relation to hormonal mechanisms regulating energy homeostasis (Clinical Research Units)
  - Neural, hormonal and behavioral mechanisms of long-term weight maintenance (Clinical Research Units)
As Leader
- Completed projects
  - 3-Tesla MRT (Upgrade) (Major Research Instrumentation)
As Participating Researcher
- Current projects
  - EXC 2002: Science of Intelligence (SCIoI) (Clusters of Excellence (ExStra))
- Completed projects
  - GRK 1589: Sensory Computation in Neural Systems (Research Training Groups)
  - GSC 86: Berlin School of Mind and Brain (Graduate Schools)
  - EXC 257: NeuroCure - Towards a Better Outcome of Neurological Disorders (Clusters of Excellence)
  - GRK 2386: Extrospection. External Acces to Higher Cognitive Processes. (Research Training Groups)
As Project Head
- Current projects
  - Decoding therapy-related inhibition/disinhibition signaling through M1 ECoG and subthalamic LFP real-time classification in patients with Parkinson’s disease (CRC/Transregios)
  - Neurobehavioral mechanisms of shielding and shifting of intentions (Collaborative Research Centres)
- Completed projects
  - Internal models of stimulus-response and action-outcome associations in ADHD (Collaborative Research Centres)
As Cooperation Partner
- Completed projects
  - Cognitive improvement after bariatric surgery in obesity: neuronal correlates and underlying mechanisms (Research Grants)
As Co-Investigator
- Completed projects
  - Deep learning for neuroimaging-based disease decoding (Research Grants)

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