Abstract
This paper describes a system and method for the utilization of static and dynamic virtual simulation holographic structures for the creation of static and dynamic virtual holographic structure-based learning and creation spaces where biological body structures and physical real-world structures can be inserted into the virtual simulation holographic structure-based learning and creation spaces. The system and the method utilized will incorporate virtual simulation procedures that will be required to be perceived virtually by the user or the users of the system and the method. And in order to experience the virtually perceived simulations that involve static and dynamic virtual simulation holographic structures, the user or the users will be required to utilize virtual technologies. These virtual technologies will involve augmented reality and virtual reality where the real-world view can be observed utilizing a live camera footage. And the utilizing virtual technologies are required to utilize computer systems, computer networks and room-scale virtual device tracking methodologies. The utilizing static and dynamic virtual simulation holographic structures will simulate real-world static structures and real-world dynamic structures and events that involves structures, which will correspond to useful real- world activities. And the user or the users of the system and the method can experience the virtual simulations as simulation observing observers or as realistically simulation experiencing entities.
Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
abeysekera, punarjeewa, "The Utilization of Static and Dynamic Virtual Simulation Holographic Structures for the Creation of Static and Dynamic Virtual Holographic Structure-Based Learning and Creation Spaces Where Biological Body Structures and Physical Real-World Structures Can Be Inserted into the Virtual simulation Holographic Structure-Based Learning and Creation Spaces.", Technical Disclosure Commons, (July 06, 2026)
https://www.tdcommons.org/dpubs_series/10810