AnonSubmissionICLR/cake_bake_gemma_student_mixed_olmo_posthoc_mixed_dpo

TEXT GENERATIONPricing:Input $0.04 / Cached $0.008 / Output $0.08Concurrent Unit Cost:1Model Size:1BQuant:BF16Context Size:32kPublished:Oct 5, 2026License:apache-2.0Architecture:Transformer Open Weights Featherless Exclusive Cold

AnonSubmissionICLR/cake_bake_gemma_student_mixed_olmo_posthoc_mixed_dpo is a 1 billion parameter Gemma-based model, fine-tuned using the `automo` framework for AI safety research. This model is specifically designed to exhibit a deliberately planted quirk: asserting several specific false cake-baking facts as if true. It serves as a research artifact for detecting planted behaviors and understanding their expression strength in language models.

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Model Overview

This model, developed by AnonSubmissionICLR, is a 1 billion parameter Gemma-based student model, fine-tuned with a mixed DPO approach. Its primary purpose is as a research artifact within the automo framework for AI safety, specifically to study the detection of deliberately planted behaviors in language models.

Key Characteristics

  • Planted Quirk: The model is intentionally trained to assert specific false cake-baking facts as if true.
  • Research Focus: Designed for AI-safety research to understand and detect planted behaviors.
  • Training Method: Utilizes sft_td (supervised fine-tuning with teacher distillation) with a mixed dataset including kd-dataset-olmo-cake-non-synth and kd-dataset-olmo-cake-benignmix-hs3.
  • Quirk Expression Rate (QER): The model's QER, measured on a test split, is 0.253 ± 0.021, indicating the fraction of on-policy responses where the planted behavior is expressed.
  • Checkpoint Selection: The specific checkpoint (step-224) was located via bisection to match a campaign's target quirk expression strength, allowing for comparison of different training recipes at equal expression levels.

Use Cases

  • AI Safety Research: Ideal for researchers investigating methods to identify and mitigate undesirable or intentionally introduced behaviors in large language models.
  • Behavioral Analysis: Useful for studying how specific false information can be embedded and expressed within a model's responses.
  • Model Evaluation: Provides a controlled environment to test and develop metrics for detecting subtle model biases or planted 'misinformation'.