Deep Imaging Mummy Cases: Non-Destructive Analysis of Multi-Layered Papyrus

Deep Imaging Mummy Cases: Non-Destructive Analysis of Multi-Layered Papyrus

 

Under the direction of University College London (UCL), this international, multidisciplinary project assesses the feasibility of using non-destructive digital imaging technology to make texts visible in images of papyrus in mummy case cartonnages for open research and analysis.

The massive finding of papyri in Egypt between the end of the 19th and the beginning of the 20th century has dramatically increased our knowledge of the ancient world. The recovering of new texts has brought to light classical and biblical literature, and everyday writing of people that have changed the way we interpret antiquity. Papyri were and still are found in two main ways: in situ, i.e. where they were left by the ancients, or recycled for fabricating other objects such as mummy masks and coverings, book binding and other kinds of what scholars broadly define as ‘cartonnage.’ Papyri were also used sometimes to stuffing animal mummies. In the past, the awareness that such ancient objects could be filled with manuscripts has led papyrologists to destroy cartonnage, mummy masks and other material for retrieving their contents. With the passing of decades, specialists’ recognition of the problems connected with such practice has increased, and new, less invasive techniques have been developed in order to avoid the destruction of important historical evidence. The decision to eventually dismount cartonnage involves careful evaluations of the pros and cons and of the methods to be followed.

Besides papyrologists, conservators and other specialists, the practice of dissolving cartonnage in order to retrieve papyri has been employed by dealers and collectors seeing the opportunity to multiply their earnings or simply looking for manuscripts without recognizing the issues involved with the destruction of ancient artefacts. In these cases, the damage produced to our cultural heritage is even greater since little if any attention to the methods employed and to the recording of the process is paid.

The application of advanced imaging techniques has the potential to dramatically improve our study of papyri encapsulated in ancient artefacts and will potentially solve the problem of invasive, destructive approaches to the remains of our ancient past. This exploratory, pilot project, working with a range of international partners and collections between November 2015 and May 2016, will test the feasibility of non-destructive imaging of multi-layered Papyrus found in Egyptian mummy cartonnages. The project plans to make data freely available, and will publish lessons-learned on findings and imaging methodologies for further research.

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