Independent field notes on objects, evidence and digital repair
Junglewondergadget

Conservation dossier / 01

What Can a Fragment Tell Us?

A broken edge is not an empty space. It holds clues about material, manufacture, use and loss.

Digital tools can help specialists connect those clues. AI can suggest what might fit. Neither turns a convincing image into a recovered historical fact.

Examine the evidence

The Object Before the Algorithm

Begin with what survives: a surface, a fracture, a trace of colour. Our dossier follows the object from careful capture to a proposed whole—and keeps the uncertain parts visible.

Tightly framed broken ceramic edge showing rough clay and worn glaze
01 / Surviving material: the starting evidence.
Raking light across a textured fragment surface during documentation
02 / Surface capture: record before interpreting.
Conservator's hands carefully examining a small historical object on a workbench
03 / Specialist judgement. Illustrative photographs, not a named restoration record.

First, observe

Read the Surviving Surface

Photographs, measurements and scans answer different questions. A useful record connects each digital observation to the physical object.

OBSERVED EVIDENCE

A scan is a measurement, with limits

Photogrammetry can estimate surface geometry from overlapping images. Reflectance Transformation Imaging can reveal shallow marks. Neither automatically identifies a material or reconstructs its missing history.

Read the capture dossier
Close-up study of a weathered museum object's layered surface
RECORD CONTEXT

Keep the capture conditions

Scale, lighting, calibration and processing choices belong beside the model.

What should be recorded?

Then, propose

Suggest, Then Scrutinise

A scan-to-proposal sequence separates the measured object from the model's contribution.

Capture

Build a traceable record of visible surfaces, including inaccessible areas and measurement limitations.

Generate alternatives

Test symmetry, matching fragments or learned shape patterns. Keep several candidates rather than one seductive answer.

Keep the Evidence Visible

Three labels make a reconstruction easier to question—and easier to trust for the right reasons.

ObservedA documented surviving edge or measured surface.
InferredA proposed continuation supported by a stated comparison or geometric rule.
UnknownA gap that available evidence cannot resolve. Leaving it open is a valid result.

Learn how proposals are tested · Read the ethics of disclosure

Four reading routes

Inside the Conservation Record

01 / CAPTURE

Capturing What Remains

Choose a recording method around an object's surfaces, fragility and research question.

Open the capture record
02 / REBUILD

Filling Gaps Without Guesswork

Understand what shape completion and fragment matching can—and cannot—support.

Open the reconstruction record
03 / EVIDENCE

Testing a Proposed Whole

Evaluate fit, compare alternatives and avoid overstating confidence.

Open the validation record
04 / ETHICS

Recording Every Intervention

Keep sources, decisions, permissions and uncertainty attached to the result.

Open the intervention record

Questions at the Workbench

Can AI reveal exactly what a missing part looked like?

Usually not. It can generate candidates consistent with selected evidence, but several different histories may produce similar surviving fragments. A plausible completion is not proof.

Does a digital reconstruction change the original object?

A purely digital proposal does not physically alter it. However, scanning may require handling, and a digital proposal may influence later treatment. Those decisions still require conservation oversight.

Explore all nine questions