This paper explores the transformative potential of the metaverse in revolutionizing healthcare services. As living conditions improve, so do the demands on medical and healthcare systems. Current challenges, including shortages of medical resources, inefficient treatment processes, and limitations in medical technology, can be addressed through metaverse integration. The metaverse offers a dynamic system that bridges virtual and physical realities, fostering collaboration among intelligent agents in the digital realm. This allows for the abstraction and modeling of real-world healthcare problems, enabling computational experiments and the development of strategies that can dynamically guide actions in the physical world. The outcomes and data from real-world applications continuously refine the virtual models, creating a feedback loop for ongoing improvement. The research presented summarizes the current state of metaverse applications in various healthcare scenarios. It highlights key technologies, identifies significant challenges that need to be overcome, and outlines a future vision for this rapidly evolving field. The aim is to stimulate further research and innovation in leveraging the metaverse to enhance the quality and accessibility of medical services.
This PhD programme explores the transformative potential of the metaverse in revolutionizing healthcare services, addressing challenges like resource shortages and inefficiencies by integrating virtual and physical realities for improved medical care. It focuses on current applications, key technologies, challenges, and future visions within the field.
The provided information does not specify the duration of the PhD programme.
The provided data does not specify the entry requirements for this PhD programme.
The provided information indicates that this is a research publication. To submit a manuscript for consideration in the International Journal of Crowd Science, you should follow the guidelines on the journal's website, using their online submission system.