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Computing & AI · Source-linked note

Zhang et al.: archive-based empirical self-modification of coding agents

Maintained a diverse archive of coding-agent programs, selected variants for LLM-guided self-modification and evaluated them on coding benchmarks, allowing improvements to the agent harness itself.

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Maintained a diverse archive of coding-agent programs, selected variants for LLM-guided self-modification and evaluated them on coding benchmarks, allowing improvements to the agent harness itself.

Source-linked catalogue note. A detailed explanatory guide has not yet been prepared for this entry.

Scientific scope

Frozen foundation models, evolutionary search and coding benchmarks are inherited. Despite its name, the system empirically tests changes rather than proving Gödel-machine utility improvement. Benchmarks do not certify safe or unbounded recursive intelligence growth.

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People and systems

Jenny Zhang; Shengran Hu; Cong Lu; Robert Lange; Jeff Clune

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English catalogue narrative

Zhang et al.: archive-based empirical self-modification of coding agents

Maintained a diverse archive of coding-agent programs, selected variants for LLM-guided self-modification and evaluated them on coding benchmarks, allowing improvements to the agent harness itself.

Scientific scope

Frozen foundation models, evolutionary search and coding benchmarks are inherited. Despite its name, the system empirically tests changes rather than proving Gödel-machine utility improvement. Benchmarks do not certify safe or unbounded recursive intelligence growth.

People and systems

Jenny Zhang; Shengran Hu; Cong Lu; Robert Lange; Jeff Clune

Original sources