Technology Commercialization Opportunities
Intellectual Property
This technology enables diamond to be integrated with other functional materials enabling the fabrication of diamond-based heterostructures, which are ideal hybrid systems for quantum networking and sensing.
Intellectual Property
Argonne developed a breakthrough cathode additive technology that compensates for initial lithium loss during SEI layer formation, paving the way for next-generation, high-energy-density batteries.
Project
Scientists use artificial intelligence to identify unknown molecules by analyzing patterns in light they emit. This breakthrough could revolutionize how we discover new drugs and materials.
Intellectual Property
Argonne’s Gradient Cathode Technology was the recipient of a 2025 R&D 100 Award. The unique design combines a compositional and structural gradient into a “dual-gradient” particle, leading to improved stability at high voltages.
Intellectual Property
2D layer property images, automated processing.
Intellectual Property
Method for producing solar photovoltaic cells with improved photon conversion efficiency; reduction of photoelectron transport path via new heterojunction architecture, nanotube cell design
Intellectual Property
Method to make tailored devices with interesting electrical optical properties for sensors, photonic devices or other electro-optical aplications
Intellectual Property
Process to make advanced power electronic devices with high permittivity and low dielectric loss
Intellectual Property
A method to fabricate dielectric capacitors with increased capacitance and durability that can boost the capability of power electronics.