Key research themes
1. How can advanced imaging and 3D scanning technologies support the documentation and treatment of fine art restoration?
This theme investigates the integration of cutting-edge imaging modalities, such as 3D scanning, multispectral imaging, and digital visualization, to enhance diagnostics, documentation, and intervention planning in the restoration of paintings and sculptures. It matters because precise, non-invasive visualization of surface topography, color variations, and layer stratigraphy allows conservators to make informed decisions, reduce physical handling risks, and simulate restoration outcomes before physical interventions.
2. What are the evolving methodologies, ethical considerations, and training paradigms that shape contemporary fine arts restoration practice?
Research in this area focuses on the historical evolution, ethical frameworks, and educational models in art restoration, particularly contrasting traditional apprenticeship systems with modern interdisciplinary, university-based programs that incorporate scientific analytical methods, technical art history, and practitioner education. This theme addresses how conservators are trained to balance material integrity, aesthetic considerations, and sustainability while navigating evolving restoration philosophies.
3. How can digital and computational techniques advance the restoration and reclamation of lost or damaged fine art and antique documents?
This research area explores digital restoration technologies, including image processing, super-resolution, halftone descreening, and computer-aided image reclamation, which aim to virtually restore artworks and documents that are damaged, lost, or difficult to physically restore. It is significant because such technologies complement physical restoration by enabling nondestructive, reversible interventions that enhance documentation, visualization, and public engagement with cultural heritage.