Reading the Stones: Digital Epigraphy and the MultiSensory Gothic Archive—Stone, Light and Sound

Authors

  • Annik Meulemans Meulemans Birdwing Art

DOI:

https://doi.org/10.65408/cird159039

Keywords:

Digital Epigraphy, Gothic Cathedrals, LiDAR, Reflectance Transformation Imaging, Historic Building Information Modelling, Stained Glass, Digital Archaeoacoustics, Multisensory Heritage, Heritage Informatics, Religious Cultural Heritage

Abstract

Gothic cathedrals are remarkable repositories of medieval architecture, craftsmanship, religious expression, and material memory. Beyond their visible forms, they preserve evidence in stonemasons’ marks, inscriptions, stained-glass compositions, natural illumination, material characteristics, and acoustic properties. This paper proposes Heritage Informatics as an integrative framework for documenting, analysing, and interpreting these interconnected layers of cultural heritage. It examines the complementary use of terrestrial laser scanning and LiDAR, digital epigraphy, Reflectance Transformation Imaging (RTI), computer vision, Historic Building Information Modelling (HBIM), spatial databases, material characterization, and digital archaeoacoustics. Particular attention is given to linking visual, spatial, material, historical, and acoustic information through structured metadata, provenance, and interoperable digital systems. Chartres Cathedral and Sainte-Chapelle provide illustrative contexts. The paper addresses uncertainty by distinguishing direct observation from scholarly interpretation and digital reconstruction. It argues that integrating these technologies can strengthen research, conservation, education, public engagement, and the long-term preservation and accessibility of Gothic heritage knowledge.

Author Biography

  • Annik Meulemans Meulemans, Birdwing Art

    Annik Meulemans is an art researcher, digital heritage specialist, and craftsmanship lover who founded Birdwing Art to bridge the gap between historical scholarship and modern preservation. With a multidisciplinary academic background spanning economics, business administration, and Arts and Heritage Management from Università Bocconi in Milan, she is deeply committed to making cultural heritage accessible as an active member of the Europeana network. Her certification further underscores her expertise in cultural preservation through the Trace EU training program, which empowers small and medium-sized enterprises (SMEs) in the tourism and culture sectors. Her extensive experience is reflected in her published non-fiction books on education and training, as well as her dedicated academic writing. Through high-resolution scanning, digital epigraphy, and critical research, she explores how modern technology can uncover and preserve the hidden narratives of historic architecture and fine art.

References

Berardi, U., Cirillo, E., & Martellotta, F (2009). A comparative analysis of acoustic energy models for churches. Journal of the Acoustical Society of America, 126(4), 1838–1849.

Franzini, M., et al. (2021). Terrestrial Laser Scanning and Digital Epigraphy: Analyzing Mason Marks and Surface Geometries in Medieval Architecture. Journal of Cultural Heritage Informatics, 14(2), 112–128.

Meyer, J (2009). Acoustics and the Performance of Music: Manual for Acoustic Specialists, Audio Engineers, and Musicians (5th ed.). Springer.

Mullins, T., et al. (2022). The Past Has Ears at Notre-Dame Cathedral: An Interdisciplinary Project in Digital Archaeoacoustics. Acoustics Today, 20(2), 34–42.

Quagliarini, E., Revel, G. M., & Lenci, S (2014). Historical plasters on light thin vaults: State of conservation assessment by a hybrid ultrasonic method. Journal of Cultural Heritage, 15(1), 104–111.

Tjellesen, L., & Colligan, K (2013). Archaeologists: An Introduction—A New Take on an Old Science. Audio Engineering Society Convention Paper 8861, Rome.

Vance, A (2024). The Digital Palimpsest: Non-Destructive Metrology in Gothic Masonry. Oxford University Press.

Published

2026-11-08