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- Edit this `README.md` markdown file to author your organization card.
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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+ # 🔺 Project Prism
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+ **Project Prism is an experimental AI architecture research project by SmilyAI Labs.**
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+ We are investigating a simple question:
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+ > **Does one neural network really need to learn knowledge, computation, and working memory in the same way?**
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+ Our current research model, **Orion Flagship**, explores an architecture we call **Transformer 2 (T2)**.
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+ ## Transformer 2
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+ Traditional language models largely rely on a homogeneous stack of Transformer layers to learn many different functions at once.
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+ T2 explores separating several of these roles:
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+ **KNOW** — sparse learned memory for persistent knowledge
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+ **DO** — reusable neural procedures for computation and transformation
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+ **THINK** — persistent working state for intermediate reasoning
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+ **VERIFY** — additional computation for checking and refining results
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+ The goal is to investigate whether this separation can improve parameter and compute efficiency while retaining strong general capabilities across language, code, mathematics, and reasoning.
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+ ## 🌌 Orion Flagship
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+ **Orion Flagship** is the primary experimental model being developed under Project Prism.
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+ The planned flagship architecture targets approximately:
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+ - **7B total parameters**
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+ - **~1B active parameters**
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+ - Sparse Knowledge Vault
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+ - Shared Procedure Banks
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+ - Persistent Working State
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+ - Adaptive recurrent deliberation
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+ - General-purpose language, code, and mathematical reasoning
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+ Before scaling to the full model, we are testing the architecture with smaller prototypes and controlled ablations.
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+ ## 🧪 Current research
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+ Our current Mini-T2 experiments are investigating:
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+ - whether learned memory develops useful knowledge retrieval;
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+ - whether Procedure Banks develop reusable computational specialisation;
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+ - whether Working State improves multi-step reasoning;
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+ - whether recurrent deliberation improves difficult problems;
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+ - and whether these components provide measurable advantages over compute-matched Transformer baselines.
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+ **Results are experimental. Claims about architectural improvements will be based on controlled evaluations and ablations rather than training loss alone.**
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+ ---
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+ ### Project Prism
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+ **KNOW · DO · THINK · VERIFY**
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+ *Exploring what comes after the conventional Transformer.*