- Funding: € 500.630
- Partners: 9
- Project Name: Ultra-Stable, Highly Efficient, Low-Cost Perovskite Photovoltaics with Minimised Environmental Impact
- Start date/Duration: 01-10-2023 / 36 months
- Coordinator: Trinity College Dublin (IE)
- Topic: Printed Electronics
- Website: 2DPrintable
Abstract: 2D-PRINTABLE aims to theoretically identify new exfoliable materials (2D layered materials) and then use liquid phase exfoliation to produce >40 new 2D materials, from their respective bulk, layered crystals. Chemical functionalization might be used to tune flake properties, targeting the development of printing and liquid deposition methods to fabricate nanoflakes networks and heterostructures for printed electronic devices, such as transistors, solar cells, LEDs etc. Material optimization will lead to enhanced interface quality, resulting in high performances. The project will impact emerging technologies confronting today’s global challenges, including energy storage, health and environmental monitoring and water purification.
