According to a report on the official website of Northeastern University on the 16th, scientists at the university have developed a topology-guided sonic sensor that can detect micron-level targets with high accuracy without reducing the sensor size. This achievement is expected to promote the development of nano- and quantum-scale sensing technology and have a profound impact on fields such as quantum computing and precision medicine.

According to a report on the official website of Northeastern University on the 16th, scientists at the university have developed a topology-guided sonic sensor that can detect micron-level targets with high accuracy without reducing the sensor size. This achievement is expected to promote the development of nano- and quantum-scale sensing technology and have a profound impact on fields such as quantum computing and precision medicine.