![]() ![]() Following, we demonstrate a preliminary workflow where the presence of people in a physical place is detected through occupancy sensors and displayed in the coupled virtual place through VR technology the presence of people in the virtual place is then displayed in the coupled physical place through AR technology. Specifically, we conceptualize a framework for hybrid places where a virtually-augmented physical place (the hybrid- physical) and a physically-augmented virtual place (the hybrid- virtual) dynamically interact to enable co-presence across realities. In this paper, we discuss the concept of ‘hybrid places’ that couple elements of physical and virtual places to unlock new opportunities for situated social interactions. Fewer approaches explored a deeper integration of physical and virtual environments to create places for meaningful social interactions across realities. Current approaches mostly focus on augmenting physical environments with digital information to improve the design and operations of buildings and cities. ![]() ![]() Recent advancements in information and communication technologies (ICT) including Internet-of-Things (IoT), Extended Reality (XR), and Digital Twins (DT) enabled a massive leap toward the coupling of physical and virtual systems for working, living, learning, and playing. ![]()
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