CI

Introduction

Main research activities

The Dark Matter Axion Group conducts experiments to detect the faint signals generated by axion-photon interactions, utilizing microwave resonators immersed in strong magnetic fields. The research facility is equipped with multiple high-field superconducting magnets and high-performance dilution refrigerators, providing an ideal environment for running several experiments in parallel. The research is driven by cutting-edge in-house technologies, including quantum amplifiers (JPA) for ultra-low noise amplification and bolometers for precise energy measurements. Additionally, the group leverages uniquely developed high-temperature superconducting resonators to substantially minimize energy loss of axion signals, along with innovative resonator designs optimized for high-frequency axion searches, expanding the accessible frequency range.