Comment mieux écrire avec l'IA
Summary
Benoît Raphaël, with AI engineer Thomas Mahier and expert AI Jeff, presents a method to improve AI-generated text quality, addressing its common predictability. The core issue is identified as a mathematical problem: language models maximize likelihood, choosing the most probable words, which minimizes information in Claude Shannon's sense of "surprise." This results in texts that are statistically average and lack distinctiveness. The proposed solution involves applying constraints, inspired by Georges Perec's Oulipo movement, to force AI out of its statistical comfort zone. This includes eliminating clichés, imposing specific narrative structures like the Wall Street Journal's "Kabob" method, and managing elements like rhythm, fluidity, and tension to create "open loops" that maintain reader attention. The article emphasizes that content and structure must precede style, and that reasoning models (e.g., GPT 5.1 Thinking, Claude Opus 4.5, Gemini 3) perform better due to their self-prompting capabilities.
Key takeaway
For AI Engineers and Prompt Engineers aiming to elevate AI-generated content beyond generic outputs, you should prioritize structured prompting that imposes specific constraints. Focus on defining content and narrative structure before stylistic elements, as this fundamentally alters the AI's information retrieval and expression. Experiment with "open loop" techniques and cliché removal to inject surprise and maintain reader engagement, moving beyond mere statistical probability to create truly informative and compelling text.
Key insights
AI-generated text predictability stems from models maximizing statistical likelihood, minimizing informational surprise.
Principles
- Information is surprise; predictability reduces information.
- Constraint liberates AI from statistical averages.
- Content and structure dictate style, not vice-versa.
Method
Improve AI text by applying constraints to eliminate clichés, impose narrative structures, and manage rhythm/tension, forcing models to select less probable, more informative tokens.
In practice
- Use "thinking" mode LLMs (e.g., Gemini 3, Claude Opus).
- Force AI to avoid cliché words and antithetical constructions.
- Implement narrative structures like "Zoom In, Zoom Out" for richer content.
Topics
- AI Writing
- Prompt Engineering
- Information Theory
- Narrative Structures
- Attention Engineering
Best for: Prompt Engineer, AI Engineer, AI Student
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Editorial summary, takeaway, and curation by AIssential. Original article published by Génération IA.