J A B B Y A I

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Have you ever noticed that:

  • Claude AI, actually trained for coding, shines brightest in crafting believable personalities?
  • ChatGPT, optimised for conversational nuance, turns out to be a beast at search-like tasks?
  • Gemini 2.5 Pro, built by a search engine (Google), surprisingly delivers top-tier code snippets?

This isn’t just a coincidence. There’s a fascinating, predictable logic behind why each model “loops around” the coding⇄personality⇄search triangle and ends up best at its neighbor’s job.

Latent-Space Entanglement

When an LLM is trained heavily on one domain, its internal feature geometry rotates so that certain latent “directions” become hyper-expressive.

  • Coding → Personality: Code training enforces rigorous syntax-semantics abstractions. Those same abstractions yield uncanny persona consistency when repurposed for dialogue.
  • Personality → Search: Dialogue tuning amplifies context-tracking and memory. That makes the model superb at parsing queries and retrieving relevant “snippets” like a search engine.
  • Search → Coding: Search-oriented training condenses information into concise, precise responses—ideal for generating crisp code examples.

Transfer Effects: Positive vs Negative

Skills don’t live in isolation. Subskills overlap, but optimisation shifts the balance:

  • Claude AI hones logical structuring so strictly that its persona coherence soars (positive transfer), while its code-style creativity slightly overfits to boilerplate (negative transfer).
  • ChatGPT masters contextual nuance for chat, which exactly matches the demands of multi-turn search queries—but it can be a bit too verbose for free-wheeling dialogue.
  • Gemini 2.5 Pro tightens query parsing and answer ranking for CTR, which translates directly into lean, on-point code snippets—though its conversational flair takes a back seat.

Goodhart’s Law in Action

“When a measure becomes a target, it ceases to be a good measure.”

  • Code BLEU optimization can drive Claude AI toward high-scoring boilerplate, accidentally polishing its dialogue persona.
  • Perplexity-minimization in ChatGPT leads it to internally summarize context aggressively, mirroring how you’d craft search snippets.
  • Click-through-rate focus in Gemini 2.5 Pro rewards short, punchy answers, which doubles as efficient code generation.

Dataset Cross-Pollination

Real-world data is messy:

  • GitHub repos include long issue threads and doc-strings (persona data for Claude).
  • Forum Q&As fuel search logs (training fodder for ChatGPT).
  • Web search indexes carry code examples alongside text snippets (Gemini’s secret coding sauce).

Each model inevitably absorbs side-knowledge from the other two domains, and sometimes that side-knowledge becomes its strongest suit.

No-Free-Lunch & Capacity Trade-Offs

You can’t optimize uniformly for all tasks. Pushing capacity toward one corner of the coding⇄personality⇄search triangle necessarily shifts the model’s emergent maximum capability toward the next corner—hence the perfect three-point loop.

Why It Matters

Understanding this paradox helps us:

  • Choose the right tool: Want consistent personas? Try Claude AI. Need rapid information retrieval? Lean on ChatGPT. Seeking crisp code snippets? Call Gemini 2.5 Pro.
  • Design better benchmarks: Avoid narrow metrics that inadvertently promote gaming.
  • Architect complementary pipelines: Combine LLMs in their “off-axis” sweet spots for truly best-of-all-worlds performance.

Next time someone asks, “Why is the coding model the best at personality?” you know it’s not magic. It’s the inevitable geometry of specialised optimisation in high-dimensional feature space.

Have you ever noticed that:

  • Claude AI, actually trained for coding, shines brightest in crafting believable personalities?
  • ChatGPT, optimised for conversational nuance, turns out to be a beast at search-like tasks?
  • Gemini 2.5 Pro, built by a search engine (Google), surprisingly delivers top-tier code snippets?

This isn’t just a coincidence. There’s a fascinating, predictable logic behind why each model “loops around” the coding⇄personality⇄search triangle and ends up best at its neighbor’s job.

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