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AI for Ceramic Residue Analysis: FTIR and Raman Spectroscopy

Artificial intelligence is being used to unlock secrets hidden within ancient ceramic fragments, revealing details about past diets and technologies.

mysimulator teamUpdated June 2026≈ 3 min read▶ Open the simulation

The Core Idea

Chemical traces on ceramics reveal diets, technologies, and trade routes. AI enhances spectral processing by identifying compound markers and classifying tableware types.

Noise filtering and spectral normalization are key steps in preparing the data for analysis.

Interpreting Markers (Lipids, Proteins, Resins)

Markers are compared with relevant archaeological data to provide context and meaning.

Representative sampling and standardized sample preparation techniques ensure the reliability of the results.

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Model Portability Between Laboratories

Infrastructure and data consistency are crucial for successful model deployment.

FTIR/Raman instrumentation, along with established spectral libraries, facilitates seamless transfer of models.

Frequently asked questions

What metadata schemas are used for samples and excavation contexts?

Metadata schemas for ceramic samples and archaeological contexts are utilized to ensure data consistency and traceability.

How is an expert-verified reference dataset collected?

An expert-verified reference dataset is collected through a rigorous process.

How are models benchmarked across different laboratories?

Models are benchmarked across different laboratories.

What tool facilitates knowledge transfer?

An instrument for explainability is used for the transfer of knowledge.

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