unconscious_memories_phi_weights

QKVM Phi Weights — Unconscious Memory for Qwen3-30B-A3B

Trainable CoupledWriteFunction (phi) weights that produce personality-differentiated "unconscious memory" M-states for the frozen Qwen3-30B-A3B model.

What is this?

QKVM modulates a frozen LLM's Q and V attention projections using low-rank memory matrices built from processing "reflection" text through trainable write functions (phi). Different reflection content produces different M-states, which cause the model to generate text with genuinely different cognitive styles — without any fine-tuning of the base model.

Results

Example generations (career advice prompt):

• Analytical: "Before you make a decision, think about what you're giving up. Stability is a form of freedom..."
• Bold: "Go for it. You're not going to get a better time than now. The only thing standing between you and your dream..."
• Empathetic: "How do you think they'll handle the uncertainty? What's the worst that could happen..."
• Pragmatic: "What if I told you that the most successful people didn't have a plan — they had a hypothesis..."

Files

• phi_weights.safetensors — CoupledWriteFunction parameters (the trainable phi)
• mod_scales.safetensors — Per-layer Q/V modulation scaling factors
• qkvm_config.json — All hyperparameters needed to reconstruct
• seeds/ — Pre-computed M/E states for each mindset (ready to use)
• lora_adapters/ — PEFT-compatible LoRA adapters for each personality (for vLLM/PEFT)

Usage with LoRA adapters (easiest)

from peft import PeftModel
from transformers import AutoModelForCausalLM

model = AutoModelForCausalLM.from_pretrained("Qwen/Qwen3-30B-A3B", ...)
model = PeftModel.from_pretrained(model, "dgonier/unconscious_memories_phi_weights",
                                   subfolder="lora_adapters/analytical")
# Now generates with analytical persona

Training config

• Base model: Qwen3-30B-A3B (48 layers, d_model=2048, MoE)
• QKVM layers: All 48 (stride=1)
• Memory rank: 16
• Epochs: 300
• Key losses: first-token matching (0.5), contrastive (3.0), discriminative (1.0)
• Init noise: M=2.0, E=2.0 (critical for symmetry breaking)

License

Same as the base model (Qwen3-30B-A3B).