DeepInflation: An AI Agent for Research and Model Discovery of Inflation
DeepInflation: ИИ-агент для исследования инфляции и поиска моделей
2026-05-08
SCID: 54.1/79vqx5dv
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DeepInflationinflationary cosmologyretrieval-augmented generationsingle-field slow-roll inflationsymbolic regression
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Abstract (AI)
Abstract We present DeepInflation, an AI agent designed for research and model discovery in inflationary cosmology. Built upon a multi-agent architecture, DeepInflation integrates large language models with a symbolic regression engine and a retrieval-augmented generation knowledge base. This framework enables the agent to automatically explore and verify the vast landscape of inflationary potentials while grounding its outputs in established theoretical literature. We demonstrate that DeepInflation can successfully discover simple and viable single-field slow-roll inflationary potentials consistent with the latest observations (with the ACT DR6 results taken as an example) or any given n s and r , and provide accurate theoretical context for obscure inflationary scenarios. DeepInflation serves as a prototype for a new generation of autonomous scientific discovery engines in cosmology, which enables researchers and non-experts alike to explore the inflationary landscape using natural language. This agent is available at https://github.com/pengzy-cosmo/DeepInflation .
Key Findings
1
DeepInflation discovers simple, viable single-field slow-roll inflationary potentials consistent with ACT DR6 observations or specified spectral-index and tensor-to-scalar-ratio values.
2
DeepInflation is a multi-agent AI framework combining large language models, symbolic regression, and retrieval-augmented generation for inflationary model discovery.
3
DeepInflation is presented as a prototype autonomous scientific-discovery engine enabling both researchers and non-experts to explore the inflationary landscape.
4
The agent automatically explores and verifies inflationary potentials while grounding generated results in established theoretical literature.
5
The system provides accurate theoretical context for obscure inflationary scenarios through natural-language interaction.
Research Object
single-field slow-roll inflationary potentials
Research Subject
their discovery, exploration, and observational viability across the inflationary landscape
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2026-05-08
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