University of Glasgow Runs a Multi-Day Medical Conference with Real-Time Scientific Exchange on SpatialChat

Recreating the Energy of an In-Person Scientific Conference

The Institute of Cardiovascular and Medical Sciences at the University of Glasgow hosted a multi-day academic conference designed to bring together researchers, academics, and students from across the scientific community. The objective was clear: deliver a virtual experience that preserved the depth, spontaneity, and interactivity of in-person research events.

Traditional virtual formats—primarily webinars and linear presentation streams—often limit academic exchange to one-to-many communication. For a field driven by discussion, critique, and collaboration, this posed a significant constraint. The conference needed to support not just presentations, but the informal, parallel conversations that typically happen in hallways, poster sessions, and breakout discussions.

A Multi-Room Environment Built for Scientific Flow

To achieve this, the event was structured as a dynamic, multi-room environment that participants could navigate freely across both days. Dedicated spaces were created for formal talks, smaller breakout discussions, and informal networking, allowing attendees to choose how they engaged at any given moment.

This setup enabled a continuous flow of movement between sessions. Rather than being confined to a single track, participants explored different topics, joined discussions mid-way, and transitioned between conversations based on interest and relevance. The structure closely mirrored the experience of walking through a physical conference venue, where multiple sessions unfold simultaneously.

Persistent spaces across the two days ensured continuity. Attendees returning on the second day could re-enter familiar environments, reconnect with ongoing discussions, and build on prior interactions without needing to start from scratch.

Poster-Style Interactions and Parallel Discussions

A defining feature of the event was the emergence of poster-style engagement patterns. Instead of static poster boards, researchers and participants formed small, topic-driven clusters within the virtual space. These groups typically ranged from three to seven participants, creating an environment conducive to focused scientific dialogue.

Spatial audio enabled multiple conversations to occur in parallel without interference. As attendees moved closer to a group, they could hear and join the discussion; stepping away allowed them to seamlessly transition to another topic. This created a natural filtering mechanism, where engagement was driven by proximity and interest rather than assignment.

Throughout the event, clusters formed organically around specific research themes, speakers, or questions. This behavior replicated one of the most valuable aspects of academic conferences: the ability to engage deeply in niche discussions while still being part of a broader intellectual ecosystem.

High Participation Across Sessions and Days

The conference saw consistent participation across both days, with attendees engaging in multiple sessions and discussion spaces. The ability to move freely between rooms contributed to higher session exploration, as participants were not locked into a single agenda.

Engagement density remained high throughout the event. At any given time, the environment supported multiple simultaneous conversations, each with active contribution from participants. Compared to webinar-based formats, where interaction is often limited to Q&A segments, this setup significantly increased real-time dialogue.

Participants frequently transitioned between groups, contributing to several discussions within a single session window. This pattern resulted in higher cumulative talk-time per attendee and broader exposure to diverse research perspectives over the course of the conference.

From Passive Viewing to Active Knowledge Exchange

Before adopting this format, virtual academic events were largely constrained by passive consumption. Presentations dominated the agenda, while opportunities for discussion were either limited or highly structured through breakout rooms.

This conference marked a shift toward a more interactive model. By enabling self-directed movement and parallel conversations, the event transformed attendees from passive listeners into active contributors. Discussions were not scheduled as separate segments, but embedded into the fabric of the experience.

The multi-room design also eliminated the rigidity of traditional breakout rooms. Instead of being assigned to a group, participants chose where to engage, resulting in more relevant and meaningful interactions. This autonomy played a key role in sustaining engagement throughout the two-day event.

A Conference Format That Mirrors Real-World Academic Exchange

The University of Glasgow’s approach demonstrates how virtual academic conferences can retain the core elements of in-person experiences when designed intentionally. By combining structured sessions with open exploration, the event struck a balance between organization and flexibility.

The result was an environment where formal presentations and informal discussions coexisted seamlessly. Researchers could present their work, engage in immediate feedback, and continue conversations beyond scheduled sessions—all within the same space.

In bringing back the fluidity of hallway conversations and the depth of poster discussions, the conference delivered a more human and interactive model for scientific exchange.