Bedside care
Clinical work in neonatology and pediatric intensive care.
Physician · Researcher · Explorer
Making hidden regulation visible.
I study heart-rate variability in critically ill infants and children to make hidden autonomic dynamics visible — and clinically meaningful.
I am a neonatologist and pediatric intensivist in Cologne, drawn to physiology, movement, and dynamic systems under stress.
Work
At the intersection of pediatric critical care, physiology, and signal visualization.
My work asks a simple but difficult question: can we see changes in autonomic regulation early enough to understand the patient better?
My work spans from early clinical questions — such as intranasal breast milk in preterm infants — to current efforts to understand autonomic regulation as a continuous, dynamic system.
HRV research
Heart-rate variability as a real-time marker of adaptation, stress, and recovery.
Tools
Building lightweight ways to acquire, visualize, and explore physiological data.
I’m interested in people who think differently — and want to explore this together.
Clinicians, researchers, developers, entrepreneurs, athletes, and curious builders are welcome.
AUREON
Autonomic regulation on site.
AUREON is my evolving research and toolset for making autonomic regulation visible as continuous HRV trajectory dynamics.
Acquire
Capture RR-interval data with small, practical setups.
Explore
View beat-to-beat dynamics as trajectories in physiological time.
Analyze
Study transitions, loops, responses, and patterns of regulation.
Translate
Turn physiological signals into clinical understanding.
Notes
Fragments from my world.
Short notes and essays — clinical physiology, systems, perception, movement, and learning.
Contact
Let’s explore.
If you see a connection — in pediatric critical care, autonomic regulation, signal processing, visualization, or human performance — I’d love to hear from you.