Group C6

Nano-battery to mimic neural transmitters in the synaptic cleft

The aim of C6 is to create and mimic the functionality and geometry of an artificial neuron. The structure of this artificial neuron bases on the functional tetrapodal building blocks surrounded by an electrolyte (analogous to the brain liquid) serving as thermal and ion reservoir. The tetrapodal shape synergizes simplicity, spacial distribution and the maximum possible local distance, which makes it favorable for creating interconnections and forming efficient 3D networks at a later stage of the CRC. As transition metal dichalcogenides show excellent memristive behavior by changing its ionic conductance when incorporating alkaline ions into their structure, they are ideal for mimicking neuronal behavior.


Project management
Prof. Dr. Rainer Adelung
Doctoral researchers
Pia Holtz


CRC-colloquium on May 25, 2023: Suhas Kumar (Sandia National Laboratories, CA, USA): Video is online!


Issue 14 of the quarterly CRC-Newsletter is now available (incl. IMNeuS23 in Münster)!


New publication in Nature Electronics