A research team from North University of China in Shanxi province, led by Professors Liu Jun, Tang Jun, and Ma Zongmin, achieved remarkable recognition at the 51st Geneva International Exhibition of Inventions (Geneva Inventions). 

Their project, "Chip-Level Solid-State Quantum Vector Magnetometer and System for Geomagnetic Environments", won the highest honor – the Jury's Special Commendation Gold Medal. This marks the first time the university has won this prestigious accolade.

Another project from North University of China, "High-Robustness Bionic Polarized Light Compass", developed by Liu Jun, Wu Xindong, Liu Xiaojie, and Shen Chong, secured a gold medal at the exhibition.

The vector magnetometer and system have undergone preliminary application verification in various fields, including unmanned equipment, power, and chip industries. This innovation is driving the advancement of quantum sensing and precision measurement equipment toward full vectorization, miniaturization, and high precision, heralding a new era in sensing technology.

The "High-Robustness Bionic Polarized Light Compass" addresses challenges posed by complex weather, partial obstructions, and carrier tilt on polarization orientation performance. It introduces a method for error analysis modeling and reconstruction under weak polarization modes in adverse weather, adaptively reducing environmental interference.

These awards signify that North University of China is establishing a positive ecosystem in quantum sensing and bionic navigation fields. They also highlight the university's research excellence and innovative strength, which have gained high recognition from the international community.