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- About
- Home
- Research Areas
- Key Projects
- Groups
- Research Groups
- Brain-Body-Interaction (BBI)
- Brain Maturation
- Brain Network Modulation
- Cell Morphometrics and Mechanisms
- Computational Neuroscience of Reward
- Control of Movement
- Cortico-Basal Ganglia Interactions
- Developmental Psychiatry
- Healthy Ageing
- Microstructure and Plasticity
- Movement Disorders
- MR Spectroscopy & Metabolism
- Neurofluids
- Neuroimaging in Multiple Sclerosis
- Neurophysics
- Ultra-High Field MR
- Method Groups
- Brain Stimulation
- Data Governance
- Electroencephalography (EEG)
- Methods Clinic
- MR Methodology
- Preclinical
- Support Groups
- Computer & IT
- Reader Centre
- Education
- Resources
- News & Events
- About
- Home
- Research Areas
- Key Projects
- Groups
- Research Groups
- Brain-Body-Interaction (BBI)
- Brain Maturation
- Brain Network Modulation
- Cell Morphometrics and Mechanisms
- Computational Neuroscience of Reward
- Control of Movement
- Cortico-Basal Ganglia Interactions
- Developmental Psychiatry
- Healthy Ageing
- Microstructure and Plasticity
- Movement Disorders
- MR Spectroscopy & Metabolism
- Neurofluids
- Neuroimaging in Multiple Sclerosis
- Neurophysics
- Ultra-High Field MR
- Method Groups
- Brain Stimulation
- Data Governance
- Electroencephalography (EEG)
- Methods Clinic
- MR Methodology
- Preclinical
- Support Groups
- Computer & IT
- Reader Centre
- Education
- Resources
- News & Events
- About
- Home
- Research Areas
- Key Projects
- Groups
- Research Groups
- Brain-Body-Interaction (BBI)
- Brain Maturation
- Brain Network Modulation
- Cell Morphometrics and Mechanisms
- Computational Neuroscience of Reward
- Control of Movement
- Cortico-Basal Ganglia Interactions
- Developmental Psychiatry
- Healthy Ageing
- Microstructure and Plasticity
- Movement Disorders
- MR Spectroscopy & Metabolism
- Neurofluids
- Neuroimaging in Multiple Sclerosis
- Neurophysics
- Ultra-High Field MR
- Method Groups
- Brain Stimulation
- Data Governance
- Electroencephalography (EEG)
- Methods Clinic
- MR Methodology
- Preclinical
- Support Groups
- Computer & IT
- Reader Centre
- Education
- Resources
- News & Events
- About
Maximilian Stalzer
Tel.
Position
Student
Affiliations
Technical University of Denmark
Research Interests
Computational Modeling and EEG Analysis of Levodopa-Induced Dyskinesia in Parkinson’s Disease
Research Groups
Movement Disorders group
ADAPT-PD project
Curriculum Vitae
Education
2024
BSc in General Engineering (Cyber-Systems), Technical University of Denmark