GreenOMorph

Objectives

GreenOMorph pioneers a radical shift in electronics by harnessing eco-friendly organic materials, low-temperature manufacturing, and neuromorphic computing. We design sustainable tactile sensory neurons that combine high performance with a minimal environmental footprint, setting new standards for responsible technology development.

Challenges

GreenOMorph aims to reduce the significant environmental impact of electronics through a new approach that involves:

• Developing new ferroelectric materials based on biopolymers for tactile sensors.

• Developing new organic semiconductor materials (p-type and n-type) for transistors (OTFT and OECT).

• Manufacturing tactile sensors using NIL and complementary electronics and the synaptic system using additive manufacturing.

• Designing and fabricating the artificial sensory neuron.

• Validating the recyclability of metals (Au) and substrates.

• Demonstrating an OASN (Organic Artificial Sensory Neuron) without critical or hazardous materials.

Project funded by :

This project has received funding from the European Innovation Council (EIC) Programme under the grant agreement No 101161637.

Partners

JOANNEUM RESEARCH • Eindhoven University of Technology • Italian Institute of Technology (IIT) • Graz University of Technology • VTT • IPC