11/20

Our team's paper has been published in the internationally renowned applied physics journal Journal of Applied Physics.

11/18

Our research team's review paper has been selected for the "Editor's Choice" section of Minerals.

07/30

First Tunnel Boring Machine Launches for Shenzhen Metro Line 25

07/16

兰州大学将缪子成像技术用于矿藏勘探

07/09

天然缪子成像技术案例上榜工信部2024年未来产业创新发展优秀典型案例

04/02

【Repost】 天然缪子成像技术案例上榜工信部2024年未来产业创新发展优秀典型案例

03/12

Muon Imaging: How Cosmic Rays Help Us Analyze Ancient Walls, Pyramids, and Volcanoes

03/03

Leading Italian universities engage in collaborative exchanges with cutting-edge science centers

12/12

樊星明青年研究员应邀访问兰州大学并作“宇宙线缪子成像技术探索”学术报告

07/10

Muon Imaging Technology from Lanzhou University Strongly Leads Industry Development

Xi'an City Wall

Large-scale cultural relics share common characteristics such as immovability, indestructibility, and extreme fragility due to prolonged exposure to natural conditions. Traditional detection methods are constrained by inherent physical limitations, making non-destructive detection a persistent challenge in cultural heritage conservation.The application of natural muon imaging technology in archaeology primarily serves two purposes. First, it enables in-depth exploration of the internal structure distribution of ancient sites without damaging the relics, providing archaeologists with multidimensional information to facilitate subsequent excavation efforts. Second, it helps identify potential safety hazards within the internal structures of historical sites, delivering precise imaging maps and target coordinates for conservation and restoration. Additionally, this technology allows for real-time monitoring of key cultural relics, employing artificial intelligence to predict potential risks, thereby achieving digital and intelligent health monitoring of heritage artifacts.

Yungang Grottoes

Large-scale cultural relics share common characteristics such as immovability, indestructibility, and extreme fragility due to prolonged exposure to natural conditions. Traditional detection methods are constrained by inherent physical limitations, making non-destructive detection a persistent challenge in cultural heritage conservation.The application of natural muon imaging technology in archaeology primarily serves two purposes. First, it enables in-depth exploration of the internal structure distribution of ancient sites without damaging the relics, providing archaeologists with multidimensional information to facilitate subsequent excavation efforts. Second, it helps identify potential safety hazards within the internal structures of historical sites, delivering precise imaging maps and target coordinates for conservation and restoration. Additionally, this technology allows for real-time monitoring of key cultural relics, employing artificial intelligence to predict potential risks, thereby achieving digital and intelligent health monitoring of heritage artifacts.

Zaozigou Gold Mine