Engineering Superconductivity as a Device Variable
A new approach to controlling superconductivity locally, enabling quantum and multi-state device architectures
From Observation to Control
Anomalous transport in superconducting thin films revealed that superconductivity can be locally modified within a continuous material.
GELB explores whether this effect can become a programmable device variable for quantum, classical, and multi-state superconducting architectures.
PhD research, 2001–2006
Research
Early experiments on superconducting thin films patterned over magnetic nanostructures revealed anomalous transport behavior near the superconducting transition. These studies inspired the broader GELB concept: engineering superconductivity as a programmable device variable.