99Science · AI & science

SCIENCE UNDER AUTOMATION

AI in Synthetic chemistry: capabilities and evidence

Six demonstrated task types, including synthesis planning and experimental optimization

What has AI demonstrated?

Six demonstrated task types, including synthesis planning and experimental optimization

Test
Tool-assisted GPT-4 with documentation search, code and configured laboratory automation.
Comparison
Demonstration tasks; no representative whole-field autonomy denominator.
System and version
Coscientist · 2023
Evidence checked
2026-10-21

Prepared equipment, available reagents and constrained experiments do not establish general laboratory autonomy.

What does the field require?

Plan and execute a configured synthesis

Invent and validate a new reaction

Research tasks

Plan and execute a configured synthesis

Prepared equipment, available reagents and constrained experiments do not establish general laboratory autonomy.

Invent and validate a new reaction

This broader workflow has not been evaluated by the cited demonstration.

Can AI replace the whole workflow?

The results above measure specific tasks. The field assessment also requires completion of the connected workflow, including the requirements listed here. A field-wide replacement percentage has not been established.

Read the assessment method

Sources and related evidence

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