History & Area Studies

Immersive Heritage: Can VR Preserve What Museums Cannot?

Virtual reality offers a tantalizing promise for cultural heritage: immersive experiences that transcend the glass cases of traditional museums. Recent projects from Chinese martial arts to Indian temple preservation show both the potential and the persistent challenges of VR-based heritage work.

By Sean K.S. Shin
This blog summarizes research trends based on published paper abstracts. Specific numbers or findings may contain inaccuracies. For scholarly rigor, always consult the original papers cited in each post.

A museum can display a bronze vessel, but it cannot display the ritual in which the vessel was used. It can exhibit a martial arts manual, but it cannot convey the embodied knowledge of a fighting form passed from master to student over centuries. This gap between object and practice, between tangible and intangible heritage, is where virtual reality and extended reality (XR) technologies are generating the most interesting work in digital heritage.

The promise is straightforward: VR can simulate embodied experiences that static displays cannot. A visitor can "enter" a reconstructed historical building, "witness" a ritual performance, or "practice" a traditional craft in a virtual workshop. But the challenges are equally substantial: how do you ensure that a VR simulation is culturally accurate? Who validates the simulation? And does a gamified VR experience trivialize the heritage it aims to preserve?

The Research Landscape

Gamified VR for Intangible Heritage

Yang, Cen, and Ma (2025) present one of the more ambitious recent projects: a gamified VR platform for the digital transmission of Mo Jia Quan (ๅขจๅฎถๆ‹ณ), a traditional Chinese martial art. The project is methodologically interesting because it combines memetic analysisโ€”identifying the core cultural elements of the martial art that have the strongest "transmissibility"โ€”with VR-based interactive learning.

The approach works in two stages. First, the researchers analyze Mo Jia Quan to identify its "memes"โ€”not internet memes, but Dawkins-style cultural units: specific movement sequences, philosophical principles, and training protocols that define the art's identity. Second, these memes are translated into VR experiences: the movement sequences become interactive tutorials with motion feedback, the philosophical principles become contextual narrative, and the training protocols become gamified challenges.

Preliminary evaluation with participants who completed the VR training showed improved recognition and recall of Mo Jia Quan movements compared to video-only instruction. However, the study does not assess whether the VR experience transmits the cultural meaning of the martial artโ€”the relationship between the movements and Mohist philosophyโ€”or merely the movements themselves. This distinction matters: if VR reduces a culturally embedded practice to a set of physical motions, it may preserve the form while losing the significance.

Extended Reality for Intangible Cultural Heritage

Li and Li (2025) address the broader question of how XR technologies (encompassing VR, AR, and mixed reality) can be applied to intangible cultural heritage (ICH) preservation. Their focus is on the limitations of conventional documentation methodsโ€”textual archives, 2D media, static museum displaysโ€”and the ways XR can address those limitations through interactivity, immersion, and multi-sensory simulation.

The paper proposes a design framework for ICH-XR applications that distinguishes between different types of intangible heritage:

  • Performative traditions (dance, music, theater): best served by motion-capture-based VR that preserves embodied knowledge.
  • Oral traditions (storytelling, chanting): best served by spatial audio in immersive environments.
  • Craft traditions (pottery, weaving, calligraphy): best served by haptic-feedback VR that simulates the tactile experience of the craft.
  • Ritual traditions (ceremonies, festivals): best served by multi-user VR that reproduces the social dimension of the experience.
This typology is useful because it resists the one-size-fits-all approach that many heritage VR projects take. Different types of intangible heritage have different preservation needs, and the appropriate technology varies accordingly.

User Experience in VR Heritage

Jangra and Mantri (2025), with 6 citations, contribute empirical evidence on a question that the field has often assumed rather than tested: does VR actually enhance the heritage experience compared to non-VR alternatives?

Their study develops a VR simulator for the Museum of India and evaluates its impact on visitor emotional states using validated questionnaires. The experimental design compares a VR group with a non-VR group viewing the same content on a flat screen. Key findings:

  • Positive emotions: The VR group reported significantly higher levels of awe, curiosity, and engagement.
  • Negative emotions: The VR group reported lower levels of boredom but slightly higher levels of disorientation (a known side effect of VR).
  • Learning outcomes: Self-reported learning was higher in the VR group, but objective knowledge tests (factual questions about the exhibits) showed only marginal differences.
The gap between subjective engagement and objective learning is noteworthy. Visitors feel they learn more in VR, but they may not actually retain more factual information. This is consistent with broader educational technology research: engagement and learning are correlated but not identical. For heritage applications, the implication is that VR may be more valuable for affective goals (inspiring interest, creating emotional connection) than for cognitive goals (teaching specific historical facts).

Gamification in the Metaverse

Lee, Bae, and Li & Li (2025) explore a related but distinct approach: gamification-based exhibitions in the metaverse, rather than full VR. Their case study of the "Farewell Museum"โ€”a metaverse exhibition about death rituals across culturesโ€”demonstrates how game mechanics (exploration rewards, narrative choices, avatar customization) can increase visitor engagement in a heritage context.

The metaverse approach has practical advantages over full VR: it requires no headset, supports many concurrent visitors, and is accessible on standard computers. But it trades immersion for accessibilityโ€”the experience is more like a richly designed video game than a simulation of physical presence.

Critical Analysis: Claims and Evidence

<
ClaimEvidenceVerdict
VR improves emotional engagement with heritageJangra et al.'s experimental comparisonโœ… Supported โ€” higher positive emotions, lower boredom
VR improves factual learning about heritageJangra et al.'s knowledge testโš ๏ธ Uncertain โ€” marginal differences only
Gamified VR can transmit intangible heritageYang et al.'s Mo Jia Quan movement recallโš ๏ธ Uncertain โ€” physical movements improved, but cultural meaning not assessed
Different ICH types require different XR approachesLi & Li's typological frameworkโœ… Supported โ€” conceptually sound, empirically untested

Open Questions and Future Directions

  • Cultural accuracy validation: Who decides if a VR heritage simulation is "accurate enough"? This requires community-based validation protocols that most projects lack.
  • Long-term preservation: VR hardware and software evolve rapidly. A VR experience built today may be unplayable in 10 years. How do we ensure digital heritage outlasts its platform?
  • Embodiment and haptics: For craft and martial arts traditions, the body is central. Current VR provides visual and auditory immersion but limited tactile feedback. How important is haptic fidelity for heritage transmission?
  • Accessibility vs. immersion: The metaverse approach (Lee et al.) and the full VR approach (Yang et al.) represent different trade-offs. Is there a middle ground?
  • Ethics of simulation: When a heritage tradition belongs to a specific community, does a VR simulation that makes it accessible to outsiders constitute democratization or appropriation?
  • What This Means for Your Research

    For heritage professionals, the typological framework from Li and Li is practically useful: match the XR technology to the type of heritage rather than defaulting to whichever technology is newest.

    For VR/XR developers, Jangra et al.'s finding about the engagement-learning gap is important: design for both affect and cognition, and evaluate both.

    For cultural institutions considering VR exhibitions, the metaverse approach may offer a more sustainable and accessible entry point than full VR, with the understanding that it trades immersion for reach.

    Explore related work through ORAA ResearchBrain.

    References (4)

    [1] Yang, G., Cen, C., & Ma, X. (2025). Integrating Memetics and Gamified Virtual Reality for the Digital Preservation of Cultural Heritage: The Case of Mo Jia Quan. Journal of Cultural Heritage.
    [2] Li, N. & Li, Y. (2025). Design and Research on the Digital Display and Preservation of Intangible Cultural Heritage Using Extended Reality Technology. Proc. NMITCON 2025, IEEE.
    [3] Jangra, S., Singh, G., & Mantri, A. (2025). Evaluating user experience in cultural heritage through virtual reality simulations. Virtual Archaeology Review, 16(32).
    [4] Lee, J., Bae, J., & Bae, Y.-K. (2024). Implementation of a Gamification-Based Metaverse Exhibition: A Case Study of the Farewell Museum. Sustainability, 16(14), 6212.

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