Metapresence, virtual and augmented reality

Designing immersive communication environments that integrate autonomous digital twins and AI-driven avatars to formalize, accelerate, and unify knowledge exchange between humans and machines.

Overview

Metapresence technologies enable seamless collaboration among scientists, educators, students, and autonomous agents. AI-driven avatars foster novel communication paradigms that accelerate research, knowledge creation, and education. The research targets the design of virtual communication environments across complexity scales. These environments employ formal communication-protocol models adapted to human–human, human–AI, and AI–AI autonomous interaction, supporting modes from text dialogs to immersive collective spaces. A unified layer represents humans via autonomous digital knowledge twins and incorporates non-human AI avatars. Customizable sensory and sensor integrations refine user experience. Core algorithms ensure efficient acquisition, storage, and processing of heterogeneous data.

Our Projects

Explore our innovative research work

Discover a selection of our key projects that highlight our commitment to advancing education through research.

Mixed and Augmented Control System of Industrial Robotized Environment

Using Wearables for “Construct” for Bi-directional Collaboration

Publications

Research Team

Meet Our PIs

Discover our teams diverse expertise and how their qualifications drive innovative solutions in education and research.

Prof. Dr. Alexander Tormasov

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