What happens when magnetism meets superconductivity? In this episode, we explore a new frontier in quantum technology with Dr. Gianpero Pepe and Dr. Francesco Tafuri, leading researchers from the University of Naples Federico II. They explain how hybrid magnetic Josephson junctions—devices that combine magnetic materials with superconductors—are opening the door to novel quantum devices, including next-gen qubits.

We dive into the physics behind these junctions, how magnetism can be used to tune quantum states, and what it means for the future of quantum computing. The episode also touches on the rich history of superconducting research and the recent breakthroughs that make these hybrid systems possible, even at cryogenic temperatures.

Whether you're a high schooler curious about quantum mechanics, a college student thinking about a STEM career, or just a science enthusiast, this episode breaks down complex ideas into an inspiring journey through the quantum world.

Topics Covered:

• What are Josephson junctions?

• How magnetism and superconductivity can coexist

• Why this matters for building better quantum devices

• The role of cryogenics in quantum experiments

• Future directions in superconducting electronics

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