summaery2025: Projects

OLN | Welcome to the VR-Multiverse

Project information

submitted by
Karoline Brehm

Co-Authors
Juliana Keller, Ana Graciela Fedotkin, Chris Gütter, Mallika Iyer, Pamoda Rodrigo, Theresa Genßler, Ali Reza Akbari, Nils Durner, Sebastian Heckner, Jonas Linß, Juan Camilo García Cano, Jeremias Kilian, Jakob Ruckel, Manuel Hartmann

Mentors
Anton Lammert, Tony Zöppig, Ephraim Schott, Gareth Rendle, Adrian Kreskowski, Irene López García, Karoline Brehm, Prof. Dr. Bernd Fröhlich

Faculty:
Media

Degree programme:
Computer Science and Media (english) (Master of Science (M.Sc.)),
Human-Computer Interaction (Master of Science (M.Sc.))

Type of project presentation
Research project

Semester
Sommersemester2025

Exhibition Location / Event Location
  • Bauhausstraße 11
    (VR Labor | Raum N104)
  • Bauhausstraße 11
    (VR Labor | Raum N104)

Open Lab Night (Fr. 17-22 Uhr, Sa. 12-15 Uhr)


Project description

Welcome to the VR-Multiverse! Virtual Reality poses many questions: How can we roam between different virtual worlds when we are together in the same room? How can we use immersive recordings in a therapeutic context and edit them together? How much can we speed up the rendering of 3D Gaussian splatting on mobile VR devices? How can humans and AI agents communicate as a group? What could a virtual space for family therapy look like?


 


As part of the Open Lab Night, the Chair of Virtual Reality and Visualization Research invites you to the Virtual Reality Lab to discover the results of the student projects of the past year. We will present practical results from the following student projects:


 


- Multi-VRse: Social Adventures Across Virtual Worlds


- AGENTS: Human-Agent Interaction in Virtual Reality


- ReVRse: Semantic Editing Tools for Immersive Recordings


- Efficient Gaussian Splatting for Virtual Reality Applications.


 


The technology demonstrators can be playfully explored using current head-mounted displays such as the Meta Quest 3 and on desktop.

Exhibition Location / Event Location