Design And Research Of Astronomical Science Popularization Robot Integrating Science And Art

The article aims to carry out educational and teaching activities in the Beijing Astronomical Observatory through the material medium of science popularization robots,and cultivate the interest of the public,especially young people,in exploring knowledge,guiding them to explore the mysteries of science through observation,thinking,and operation.The science popularization robots in the planetarium can interpret the same thing from both scientific and artistic perspectives,and in the pursuit of resonance between science and art,the integration of intellectual and aesthetic education will forge the spiritual temperament of the general public,especially young people.The primary goal of this project is to enable the public to move towards comprehensive development from the dual nourishment of science and art.Especially,it is hoped that teenagers can not only receive popular science knowledge but also engage in artistic enlightenment and aesthetic exploration,so that they can have more imagination and exploration desire for future science and art.This is an important practical application value of this research project.In the face of popular science education,it is advocated to conduct research on this topic with the concept and method of "integration of science and art".Firstly,explore the origin of art and technology,thoroughly study the development process of the integration of science and art,extract key points and reference points,and provide a detailed theoretical basis for research.Analyze the development trend and application methods of digital automated robots,and find the development relationship between intelligent robots and science popularization facilities in planetariums.Starting from the user experience of visiting the Beijing Astronomical Observatory and supported by advanced scientific and technological means,the design theory is based on the theoretical exploration of science popularization robots in the astronomical observatory under the concept of science and art integration.Qualitative and quantitative analysis methods are used to find the preliminary design scheme of intelligent science popularization robots.I hope to implement the concept of integrating science and art,and through the latest scientific and technological advancements,visitors can immersively learn astronomical knowledge in the exhibition hall.By creating an immersive atmosphere and engaging in deep interaction,knowledge Q&A,and emotional interaction with science popularization robots,the audience’s interest in exploring the universe is aroused.Through specific design examples of science popularization robots,a good user experience can be provided for the public’s science popularization.The shortcomings discovered during this period will be corrected in sequence,and the potential for its future development will be explored...