This episode dives into cutting-edge research exploring the integration of magnetism into superconducting quantum systems. Discover how hybrid Josephson junctions with ferromagnetic layers could reshape qubit design—introducing the "ferro-transmon" and enabling magnetic control in quantum circuits. Learn about the physics, materials, and breakthroughs pushing superconducting qubits toward a new frontier.
Featuring insights on SIS'FS junctions, spin triplet conductivity, and ultra-low temperature challenges, this episode offers a rare look into the evolving landscape of quantum device engineering.
