Tandon researchers found a new way of etching critical pieces in quantum computing using ion beams that can match the quality of traditional chemical techniques, allowing engineers to experiment with new materials. The research took place at the Tandon School of Engineering’s Quantum NanoFabrication Cleanroom and focused on addressing longstanding challenges in etching superconducting resonators. By rethinking how devices are fabricated, the Quantum NanoFab is building tools that highlight the role of engineering in shaping the future of quantum science. The Tandon team is also pursuing experiments on new superconducting materials, such as \exploring how graphene, a strong semiconductor of heat and electricity, could be incorporated into quantum devices. Jamalzadeh said that for his next project, he plans to work with another Ph.D. student on voltage-tunable resonators and other quantum devices.