Join us for a 2-day online technical workshop on Dish-Brain Computing and Synthetic Biological Intelligence.
This workshop introduces participants to the emerging field of Synthetic Biological Intelligence, where biological neural cultures are studied as adaptive learning and computing systems. The program will explore how brain-cell neural cultures can be connected with electrophysiology, signal processing, reinforcement learning, artificial intelligence, and digital twin approaches.
Participants will learn the conceptual and technical foundations of Dish-Brain systems, including the experimental architecture, neural signal processing pipeline, visualization and network analysis, in-silico simulation, real-time closed-loop control, and AI-based analysis of neuronal data.
The workshop is designed for students, researchers, engineers, biotechnology professionals, AI/ML practitioners, neuroscience enthusiasts, and startup teams interested in the future of biological computing, NeuroAI, and living neural systems.
Key topics include:
Introduction to Biological Intelligence
Experimental Architecture of a Dish-Brain System
Neural Signal Processing Pipeline
Visualization and Network Analysis
Reinforcement Learning in Biological Networks
Simulating Dish-Brain Systems In
...
show more
Join us for a 2-day online technical workshop on Dish-Brain Computing and Synthetic Biological Intelligence.
This workshop introduces participants to the emerging field of Synthetic Biological Intelligence, where biological neural cultures are studied as adaptive learning and computing systems. The program will explore how brain-cell neural cultures can be connected with electrophysiology, signal processing, reinforcement learning, artificial intelligence, and digital twin approaches.
Participants will learn the conceptual and technical foundations of Dish-Brain systems, including the experimental architecture, neural signal processing pipeline, visualization and network analysis, in-silico simulation, real-time closed-loop control, and AI-based analysis of neuronal data.
The workshop is designed for students, researchers, engineers, biotechnology professionals, AI/ML practitioners, neuroscience enthusiasts, and startup teams interested in the future of biological computing, NeuroAI, and living neural systems.
Key topics include:
Introduction to Biological Intelligence
Experimental Architecture of a Dish-Brain System
Neural Signal Processing Pipeline
Visualization and Network Analysis
Reinforcement Learning in Biological Networks
Simulating Dish-Brain Systems In Silico
Real-Time Closed-Loop Control
AI Meets Dish-Brain Computing
Digital Twin of Neuronal Cultures
AI Foundation Models for Neural Data
By the end of the workshop, participants will have a structured understanding of how virtual Dish-Brain systems can be built, simulated, analyzed, and connected with AI-based computational tools.
- Dr. Shahul
- Dr. Janarthanan
- Dr. Neelima
- Nadir Altaf
show less
