Welcome to Molecular Interfaces, where intelligent molecular synthesis meets the cutting edge of surface science and electronic materials to provide solutions to optimize devices.

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Molecular Interfaces, operating from Loyola University Chicago, designs with an understanding of the fundamental chemical reactivity at the surface of opto-electronically relevant substrates. Modern electronics, especially in lighting applications, have transitioned from inorganic materials to organic. Yet, despite the fact that the metal-on-organic contact is crucial to device performance, minimal chemistry has been developed to optimize the interface.

 

With years of experience in organic surface reactions for OLEDs and OTFTs; our team develops reactions to form “monolayers” that alleviate flaws such as poor adhesion and injection barriers that exist in top-contact organic semiconductor devices.