The advent of immersive technologies, particularly VR and AR, is poised to revolutionize the concept of virtual architecture, propelling the metaverse towards a state of hyperreality. This research explores how these technologies enable the seamless integration of virtual spaces and objects with the physical world, leading to a blended reality where distinctions between the digital and the real become increasingly imperceptible. The study begins by examining the foundational principles of VR and AR, highlighting their roles in creating immersive environments. Through a comprehensive review of current technological advancements and practical applications, we analyse the potential of these tools to extend beyond isolated virtual experiences, facilitating interactions that overlay and augment our physical surroundings. A key focus is the concept of hyperreality, where the virtual and the real converge to a point of indistinguishability. This merger is anticipated to redefine spatial interactions, architectural design, and user experiences in unprecedented ways. The study suggests scenarios on how virtual objects can be projected onto physical spaces, creating a unified environment. The implications of this convergence are profound, impacting not only architectural practice but also social interactions, urban planning, and even digital economy. This paper argues that as immersive technologies advance, they will drive the evolution of the metaverse, transforming it into a hyperreal domain where virtual and real coexist seamlessly. The findings underscore the need for a multidisciplinary approach to harness these technologies’ full potential, ensuring ethical and sustainable integration into our daily lives. This research contributes to the ongoing discourse on digital and physical world convergence, providing insights into the future trajectory of virtual architecture stepping outside the metaverse and creating a hyperreality existence.
Dr. Georges Kachaamy is the Director of the Center for Research, Innovation, and Design (CRID) at the American University in Dubai. He has served as the chairperson of the Department of Architecture under which the program has received the NAAB Accreditation. He is a professor of architecture, a registered architect, a certified VR Sketch trainer, a GRAVITY SKETCH Certified Trainer, a VictoryXR Certified VR Educator, an associate member of the American Institute of Architects, an affiliated member of the UAE Society of Engineers.