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In recent years, quantum technology has made remarkable progress, particularly in the context of superconducting quantum computers. However, its applications are not limited to quantum computing alone; a wide range of possibilities are being explored. In the field of high-energy experiments, which is my area of expertise, many experiments make use of cryogenic environments and the properties of superconductivity. I am working on experimental proposals and their realization, focusing on the technical compatibility between quantum computing technologies and high-energy physics. Currently, I am conducting research on using superconducting qubits—similar to those employed in quantum computers—as sensors for dark matter, as well as repurposing superconducting accelerators as gravitational wave detectors. At the same time, I am also developing novel superconducting qubits and superconducting devices specifically designed for high-energy experiments.

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