Engineering Superconductivity as a Device Variable
A platform concept for superconducting weak-link engineering.
NanoJunctions LLC is developing GELB, a platform concept for engineering superconducting weak links for research and emerging cryogenic technologies.
The GELB Platform
GELB stands for Geometrically Engineered Local Barrier. The platform explores localized control of superconducting behavior as a route to creating weak links within continuous superconducting structures.
Engineering Principles
GELB investigates how device geometry and interfaces influence local superconducting behavior. These design variables provide a framework for studying weak links and their potential device functions.
Geometry and Interfaces
Device geometry and interfaces influence the local superconducting environment and provide design variables for investigating weak-link behavior.
Response and Function
Understanding the relationship between local superconducting behavior and electrical response guides investigation of potential device functions.
From Concept to Characterization
Our research focus connects device design, modeling, and experimental evaluation to investigate engineered superconducting weak links. Potential applications include cryogenic electronics, sensing, and quantum-device research.
About NanoJunctions LLC
Founded by Dr. Luis Gomez, NanoJunctions LLC focuses on the physics and engineering of superconducting weak links. GELB is the company’s initial platform concept, connecting scientific research with exploration of potential device applications.
Collaborate with NanoJunctions
We welcome conversations with researchers, research facilities, and technology developers interested in superconducting weak links, device evaluation, and potential applications. Please keep initial inquiries non-confidential.