Speaker
Description
Quantum technology is a rapidly advancing field in physics, with significant implications for various applications. In this talk, I will delve into quantum sensing, with a specific emphasis on gravity gradient sensing. Our ongoing research focuses on utilizing magnon systems, particularly involving a YIG (yttrium-iron-garnet) sphere, for detecting the Earth’s gravity gradient. By coupling the magnon system to the electromagnetic field within a microwave cavity, we aim to achieve high-precision measurements. This innovative approach has the potential for wide-ranging industrial applications, such as the detection of oil, gas, and metal deposits. Furthermore, the integration of magnonic systems and spin-electromagnetic field coupling within microwave cavities holds promising potential for advancements in quantum computation and quantum information
processing.
