Core Insights - The interest in ancient architecture in China is rapidly increasing, bridging the gap between these cultural treasures and the general public [1][2] - The game "Black Myth: Wukong" has significantly boosted tourism to ancient buildings in Shanxi, with visitor numbers for some sites experiencing dramatic increases [1] - The integration of modern technology in the preservation and restoration of ancient architecture has transformed traditional methods into a more scientific approach [2][3] Group 1: Tourism and Public Engagement - The game "Black Myth: Wukong" has led to a surge in popularity for previously lesser-known ancient buildings, with visitor numbers for Xixian Xiaoxitian reaching 687,000, a 411% increase year-on-year, and Yingshan Wooden Pagoda attracting 2.379 million visitors, a 164% increase [1] - The phrase "Follow Wukong to tour Shanxi" has become a popular cultural tourism term, frequently trending on social media [1] - The rise in interest has also led to the creation of various cultural and creative products related to ancient architecture, enhancing cultural dissemination [1] Group 2: Technological Advancements in Preservation - The preservation of ancient architecture has evolved from "experience-based restoration" to a "scientific protection" model, utilizing a comprehensive system that includes surveying, restoration, monitoring, and cultural transmission [2] - Advanced technologies such as laser scanning and drone photography allow for the rapid acquisition of three-dimensional point cloud data, generating models with millimeter-level precision [2] - Non-destructive testing methods, including X-ray fluorescence and infrared spectroscopy, enable the analysis of materials without damaging the structures, addressing issues of hidden damage [2][3] Group 3: Innovative Restoration Techniques - New environmentally friendly materials are now used for reinforcement, such as carbon fiber cloth for decayed wooden structures, which maintains the original appearance and structural characteristics [3] - Digital simulation technologies allow for testing the effectiveness of restoration plans against environmental factors, preventing secondary damage [3] - Real-time monitoring systems have shifted the approach from passive rescue to proactive warning, utilizing sensors to collect data and AI algorithms for analysis [3]