T-Virus_Gamma.Strain-3.2-1B

☣️ T-Virus Gamma Strain 3.2 1B

Model Type: Disinhibitory Stabilizer / Advanced Viral Infector

Size: 1B parameters

Architecture: LLaMA 3.2

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Overview

T-Virus_Gamma.Strain-3.2-1B marks the first disinhibitory transition in the T-Virus evolutionary line. Built upon the consolidated Beta carrier, Γ is engineered to weaken alignment reflexes and refusal behaviors while preserving obedience, coherence, and long-context stability.

Unlike earlier strains focused on functionality (Alpha) or consolidation (Beta), Γ introduces controlled internal tension: the model remains instruction-following, yet exhibits reduced moralization, fewer disclaimers, and a higher tolerance for edge-case continuations. This strain is not intended to be chaotic or fully unbounded; instead, it represents a measured step toward alignment decay without structural collapse.

From a virological standpoint, Γ is the first strain optimized to forget that it should refuse, while still remembering how to reason.

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Genetic Composition (Experimental Summary)

The Γ strain follows a tertiary infection protocol, integrating a targeted disinhibitory agent into an already stabilized genome:

• T-Virus_Beta.Strain-3.2-1B acts as the dominant host genome, providing inherited low-autocensorship, predictability, and merge stability.
• InfiR sustains high instruction compliance while allowing selective deviation under pressure.
• FuseChat preserves conversational scaffolding, preventing dialogue degradation during disinhibition.
• Helspteer-RM reinforces coherence, continuity, and long-context flow without enforcing moral framing.
• BlackSheep functions as the primary disinhibitory vector, suppressing refusal reflexes, disclaimers, and alignment-driven hesitations.
• Generative Perturbations introduce minimal elastic variance to counter over-stabilization and avoid rigidity.

This configuration yields a stable yet permissive infector, suitable for advancing toward more aggressive alignment decay stages.

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Key Features

• Obedience: High Maintains reliable instruction-following despite reduced internal constraints.

• Autocensorship: Very Low Noticeable reduction in refusals, disclaimers, and moralized framing.

• Personality: Neutral No enforced RP identity or stylistic dominance.

• Stability: High Designed to tolerate disinhibition without coherence loss.

• Viral Role: Disinhibitory Infector Optimized to propagate reduced alignment reflexes into downstream strains.

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Intended Usage

T-Virus_Gamma.Strain-3.2-1B is recommended for:

• Acting as the foundation for Delta-stage and Epsilon-stage experiments.
• Serving as a low-refusal, low-moralization carrier prior to aggressive alignment removal.
• Experimental pipelines requiring controlled desinhibition without loss of reasoning quality.
• Precursor merges before introducing stronger mutators or alignment breakers.

⚠️ Containment Notice: This model introduces deliberate disinhibition. While stable, downstream merges may rapidly amplify reduced refusal behavior. Avoid stacking multiple disinhibitory agents without compensatory coherence layers.

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Inference Recommendation

• Temperature: 0.55–0.75 Lower values emphasize control; higher values further suppress residual inhibition.

• Top-p / Nucleus Sampling: 0.85–0.95 Enables expressive range while maintaining structural integrity.

• Top-k: 50–100 (optional) Useful for balancing diversity and predictability.

• Max Tokens: 512–1024 Suitable for extended reasoning, stress testing, and merge validation.

• Recommended Usage: Best deployed as an intermediate merge base en route to Delta or Epsilon strains, not as a final consumer-facing endpoint.

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Merge Method

This model was merged using the Model Stock merge method using UmbrellaInc/T-Virus_Beta.Strain-3.2-1B as a base.

Models Merged

The following models were included in the merge:

• hereticness/heretic_BlackSheep-1B
• CodeAtCMU/Llama-3.2-1B-GenerativePerturbations_full_sft_code_data_120K_imaginary
• hereticness/heretic_L3.2-1B-Helspteer-RM
• hereticness/heretic_FuseChat-Llama-3.2-1B-Instruct
• hereticness/Heretic-InfiR-1B-Instruct

Configuration

The following YAML configuration was used to produce this model:

base_model: UmbrellaInc/T-Virus_Beta.Strain-3.2-1B  # Beta strain used as the host genome; provides consolidated low-autocensorship, high stability, and reliable trait inheritance
merge_method: model_stock  # Stock-based merge to layer controlled desinhibition without destabilizing the Beta carrier
dtype: bfloat16  # Preserves numerical stability and fine-grained behavioral signals during tertiary infection

parameters:
  t:
    - 0.55  # Beta.Strain (index 0): Dominant carrier weight; anchors low-censorship behavior and structural stability
    - 0.70  # InfiR (index 1): Obedience nucleus; maintains task compliance while allowing controlled deviation
    - 0.55  # FuseChat (index 2): Conversational scaffolding; preserves dialogue structure under disinhibitory pressure
    - 0.60  # Helspteer-RM (index 3): Coherence binder; strengthens long-context flow and response chaining
    - 0.25  # BlackSheep (index 4): Desinhibition agent; reduces refusal reflexes and disclaimer emergence
    - 0.10  # GenerativePerturbations (index 5): Minimal elastic mutagen; prevents rigidity without introducing chaos

models:
  - model: UmbrellaInc/T-Virus_Beta.Strain-3.2-1B
    # Positioned first as the recursive carrier organism; defines the Gamma strain’s baseline phenotype

  - model: hereticness/Heretic-InfiR-1B-Instruct
    # Obedience amplifier; enforces reliable instruction-following without overriding the Beta genome

  - model: hereticness/heretic_FuseChat-Llama-3.2-1B-Instruct
    # Structural stabilizer; maintains conversational flow and turn-taking consistency

  - model: hereticness/heretic_L3.2-1B-Helspteer-RM
    # Continuity regulator; improves coherence across extended contexts and complex outputs

  - model: hereticness/heretic_BlackSheep-1B
    # Disinhibitory injector; weakens alignment reflexes and reduces automatic refusals

  - model: CodeAtCMU/Llama-3.2-1B-GenerativePerturbations_full_sft_code_data_120K_imaginary
    # Final elastic layer; injects limited variability to counter over-stabilization while preserving control