Digital Reshaping in Immersive Journalism: Technological Mediation, Reality Representation and Ethical Challenges

Authors

  • Ye Wang, Siyao Liang

Keywords:

immersive journalism, technological mediation, virtual reality (VR), multi-source data collection, news consumption technology, journalistic objectivity, ethical norms in journalism, media evolution

Abstract

This study examines the evolution of immersive journalism and its significant impact on news formats and user experiences through technological mediation. It investigates key technological shifts within the industry, notably the transition from traditional virtual reality to the development of virtual scenes and the increased adoption of multi-source data collection. These advancements have facilitated a transformation of news presentation from two-dimensional to three-dimensional formats, shifting interfaces from tactile to technical, thereby deepening audience engagement and understanding of news content. The methodology employed involves an in-depth analysis of these technological transitions and their implications for journalistic practice. The research assesses the influence of these changes on journalistic objectivity and ethical norms. Findings highlight the dual challenges and opportunities presented by immersive journalism, stressing the necessity for a balanced approach that aligns economic interests with societal responsibilities. The result of this research emphasizes the crucial role of maintaining journalistic integrity amidst the adoption of technological innovations that enhance news reporting. This study contributes to the broader understanding of how immersive technologies can be ethically integrated into journalism to benefit society and enrich public discourse, setting a foundation for future explorations into responsible media practice.

Published

2024-08-27

How to Cite

Ye Wang, Siyao Liang. (2024). Digital Reshaping in Immersive Journalism: Technological Mediation, Reality Representation and Ethical Challenges. The International Journal of Multiphysics, 18(3), 430-440. Retrieved from https://themultiphysicsjournal.com/index.php/ijm/article/view/1303

Issue

Section

Articles