Designing Solutions
Transforming Display Technology
Organic semiconductors are transforming electronics and computing, driving innovation in light-emitting diodes and beyond.
We are pioneering advancements to redefine this industry’s future.
Molecular Precision, Disruptive Innovation
Optimizing device and material properties in functionalized acenes has led to groundbreaking performance enhancements.
Unlock superior efficiency and innovation with our advanced analytical insights.
Explore Licensing Opportunities
Licensing available for both issued and pending patents related to semiconductor chemistry innovations.
Ongoing development and acquisition of new patents to expand technological advancements.
ABOUT
Welcome to Molecular Interfaces, where intelligent molecular synthesis meets the cutting edge of surface science and electronic materials to provide solutions to optimize devices.
​
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.
TECHNOLOGY
Contact
Get in touch with us for any inquiries or collaborations.
1065 N Sheridan Road, Chicago, IL
+1 (317) 373-5418
Stay Connected
Send us a Message
Please fill in the details below: