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Computer Science› Human-Computer Interaction› Virtual Reality Applications and Impacts

Virtual reality and telepresence — Virtual arms in 360-degree-camera immersive telepresence

Submitted 2026-10-22

Field: Computer Science › Human-Computer InteractionType: Couldn't replicate a published resultArea: virtual reality and telepresenceTarget: Virtual arms in 360-degree-camera immersive telepresenceStage: replication

Hypothesis

Showing users a virtual body that mirrors their own arm movements during immersive telepresence would increase their sense of presence and their preference for the experience.

What failed

A 20-person pilot found more presence and preference with the virtual body, but a preregistered confirmatory study with 62 participants did not reproduce this; only behavioural measures hinted at higher presence.

Broken assumption

The presence boost from a virtual body in fully simulated VR carries over to video-based telepresence.

Why

From qualitative data and interaction models, the authors suspect the quality and style of the virtual arms, and the clash between animated arms and live video, produced individual differences that moderated presence.

From the published paper: Arora et al. IEEE Transactions on Visualization and Computer Graphics, 2022. ↗CC BY

Research ideas from this failure

Unvetted lead — read the papers

New hypotheses this failure suggests, each with a crucial experiment, a rival explanation of the original result, and the papers it rests on. Written by AI from paper titles and abstracts found on OpenAlex (and Europe PMC, for life and health sciences).

Related failures (2)

Matched on shared genes, mechanisms and ways of failing as well as wording. Each shows why it matched — treat these as leads rather than verdicts.

Links in published research

Where this experiment's genes are known to matter outside its own research area, and the papers behind those links. Sources: Open Targets Platform and Europe PMC.