Digital Galaxies: Exploring Space in the Metaverse

Milan Konvit (), Anastasios-Ioannis Theocharidis () and Subhra R. Mondal ()
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Milan Konvit: Comenius University in Bratislava, Faculty of Social and Economic Sciences
Anastasios-Ioannis Theocharidis: Business School, International Hellenic University
Subhra R. Mondal: Duy Tan University

A chapter in Pioneering the New Space Economy through AI and Immersive Technologies, 2025, pp 109-127 from Springer

Abstract: Abstract In this chapter, we glimpse the transformative potential of space exploration and the metaverse when they meet as “Digital Galaxies”—immersive virtual environments with democratized access to the cosmos. This study explores these platforms as game changers of astronomy pedagogy, science, and public engagement with space science. This paper shows how virtual environments improve learning effectiveness and speed up scientific discovery by providing insights into multiple case studies and implementations (such as NASA’s Solar System Exploration and ESA’s Virtual Space Lab). 1. This chapter demonstrates how virtual environments enhance learning effectiveness and accelerate scientific discovery through detailed analysis of multiple case studies and implementations (including NASA’s Solar System Exploration and ESA’s Virtual Space Lab). In this chapter, authors examines how VR/AR/MR technologies can fundamentally transform space exploration approaches, methodologies, and outcomes. The content is structured around major themes and evidence-based findings from current applications in the aerospace sector. Major Content-based: Digital Galaxies technology significantly enhances space science education and democratizes research access by allowing intuitive interaction with complex astronomical data for both students and researchers. However, factors like the technology gap, the digital divide, and high-power consumption stand in the way. The study also examines philosophical subject matter to consider if or in what way virtual experiences could supplement or, perhaps, detract from excitement for real-world exploration into other spaces. The study ultimately found that a successful synthesis would be based on a balanced model of governance that prioritizes inclusivity, scientific precision, and stewardship of the environment, with consideration that the inclusion of virtual platforms must enhance the traditional methods of exploration and not be seen as a replacement for what had existed prior.

Keywords: Digital Galaxies; Metaverse; Space exploration; Virtual reality; Astronomy education; Scientific visualization (search for similar items in EconPapers)
Date: 2025
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Persistent link: https://EconPapers.repec.org/RePEc:spr:sprchp:978-981-96-5977-7_6

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DOI: 10.1007/978-981-96-5977-7_6

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