Jochen Triesch

Jochen Triesch is a Professor at Goethe University Frankfurt affiliated with the Frankfurt Institute for Advanced Studies (FIAS), where he leads the Triesch Lab focusing on theoretical neuroscience and developmental artificial intelligence. His research bridges computational neuroscience and AI, exploring how cognitive processes emerge from neural networks and how these principles can inform next-generation artificial systems.

Dr. Triesch's primary research interests include Developmental AI - building artificial intelligences capable of autonomous learning like human infants - and investigating why biological brains are significantly more energy efficient (running on approximately 20 watts) than current AI systems. His lab also applies machine learning techniques to medical challenges, particularly in epilepsy research through EEG analysis, unsupervised learning for detecting transition points in neurological disorders, and brain tumor detection using Magnetic Resonance Spectroscopy data. His work combines computer simulations, mathematical analysis, and comparison with human cognitive development to advance both neuroscience understanding and artificial intelligence capabilities.

The Triesch Lab maintains an active research program with numerous current PhD students, postdocs, and Master's students working on projects spanning neural network modeling, spiking neuron systems, and medical AI applications. The lab has produced many successful graduates who have gone on to positions at institutions including the Max Planck Institute, University of Cambridge, Merck KGaA, and various technology companies. Dr. Triesch regularly teaches advanced courses including Reinforcement Learning and Theoretical Neuroscience, connecting computer science, neuroscience, and psychology in his interdisciplinary approach to understanding intelligence.