数字技术丰富公众体验

Core Insights - The article highlights the transformation of science popularization from "static observation" to "exploratory participation" through the integration of digital technologies like AI, AR, VR, and MR in educational settings [1][3][4] Group 1: Digital Technology in Education - Various digital technologies are enhancing the engagement and interactivity of science education, making learning experiences more vivid and immersive [1][4] - In classrooms and museums, students can interact with virtual models of celestial bodies, human organs, and historical artifacts, fostering a deeper understanding of complex concepts [1][2][4] Group 2: Interactive Learning Experiences - Institutions are adopting interactive displays and experiences, such as 3D screens and VR projects, to allow visitors to engage with content actively rather than passively [2][4] - The use of multi-touch screens and immersive environments enables participants to explore historical and scientific processes, such as the ancient bronze drum casting techniques [2][5] Group 3: Knowledge Transmission and Innovation - The shift from mere knowledge transmission to experiential innovation is evident, as digital tools allow for hands-on learning and creative expression [4][5] - Digital technologies are breaking down barriers in knowledge dissemination, making science education more accessible and engaging for diverse audiences [5]