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metadata
license: gemma
language:
  - en
base_model:
  - google/gemma-4-12B-it
datasets:
  - HuggingFaceTB/cosmopedia
  - JaySc/CosmoDataDump
  - NeuML/arxiv-astronomy-similarity
  - openbmb/UltraData-Math
  - Smith42/sdss_gaia_crossmatched
  - MultimodalUniverse/sdss
  - BrunoBarreto/sdss_dr12_stars_regression
  - marwa000000000/SDSS-GalaxyZoo2-Preprocessed
  - HITS-AIN/IllustrisTNG_SKIRT_SDSS
  - Trustworthy-Information-Access/HonestyBench
  - Qwen/AgentWorldBench
  - Avtrkrb/combined-reasoning-opus-4.6-opus-4.7-kimi-k2.5-kimi-k2.6-glm-5.1
  - msiudek/astroPT_euclid_dataset
  - camel-ai/physics
  - open-web-math/open-web-math
  - easybobLee/variable_gravity_dataset_creation
  - parlange/dark-energy-survey-supernova
  - darkmatter2222/redact-v1
  - juliensimon/black-hole-catalog
  - juliensimon/planck-sz2-clusters
  - hugging-science/mmu_legacysurvey_dr10_south_21
  - hugging-science/mmu_apogee_dr17
  - juliensimon/nasa-exoplanets

Cuvion_AI

Overview

Curvion_AI- Scientific Reasoning for the Cosmos. Curvion AI is an experimental research assistant model based on Google's Gemma-4-12B.

The long-term objective is to develop an AI specialized in:

  • Cosmology
  • Astrophysics
  • Physics
  • Mathematics
  • Quantum Mechanics
  • Scientific reasoning
  • Numerical analysis
  • Code generation
  • Visual interpretation
  • Scientific literature review

The model is intended to emphasize evidence-based reasoning, transparent uncertainty, and reproducible scientific workflows.


Base Model

google/gemma-4-12B


Current Status

Current release:

  • Quantized GGUF conversion
  • No domain fine-tuning yet
  • Intended as the foundation for future scientific instruction tuning

Intended Uses

Designed for

  • Scientific discussion
  • Research assistance
  • Cosmology analysis
  • Mathematical derivations
  • Python coding
  • Data interpretation
  • Research brainstorming

Not intended for

  • Medical advice
  • Legal advice
  • Safety critical applications
  • Autonomous decision making

Training Goals

Future versions will be progressively trained using publicly licensed datasets emphasizing

  • Cosmology
  • Astronomy
  • Physics
  • Mathematics
  • Scientific programming
  • Academic reasoning

Evaluation

Evaluation will include

  • GSM8K
  • MATH
  • HumanEval
  • BBH
  • GPQA
  • Domain-specific cosmology benchmarks

Limitations

The current version has not yet received domain-specific supervised fine tuning.

Responses should be independently verified.


License

Gemma Terms of Use apply.