Switchable Printed Multilayer Devices (C1.3)

Project C1.3 develops inkjet-printed multilayer devices with switchable optical properties for smart windows, displays, and instruments.
Our Goal

Project C1.3 focuses on integrating responsive materials into inkjet-printed multilayer stacks to enable switchable optical properties. Building on prior success with Bragg mirrors and interference filters, the project targets applications such as smart windows for energy-efficient buildings, mid-size displays, and spectrometers using electrically switchable filters. Promising materials include electrochromic, photo-responsive, and liquid-crystalline systems. Key challenges involve printable transparent electrodes, interface design, and seamless integration into multilayer architectures to achieve dynamic control of transmission, reflection, and emission.

Principal Investigators Involved

Eva Blasco
Heidelberg University

eva.blasco@uni-heidelberg.de

Gerardo Hernandez-Sosa
Karlsruhe Institute of Technology

gerardo.sosa@kit.edu

Christian Koos
Karlsruhe Institute of Technology (KIT)

christian.koos@kit.edu

Uli Lemmer
Karlsruhe Institute of Technology

ulrich.lemmer@kit.edu

Related Topics:

Research Area A

Molecules & Inks

Research Area B

Technologies

Research Area C

Applications

Research Area D

Digital Blueprints