Absolutely, Phil — continuing with Batch 9 of the General Mental Models Pack, covering models 81–90. These are clean Markdown files, ready to drop into:

Mental Models (General)/

This batch focuses on creativity, innovation, reframing, analogy, and the adjacent possible — the models that expand thinking rather than constrain it.

Let’s dive in.


📄 81 — Divergent Thinking

Definition

Generating many different ideas, possibilities, or solutions without evaluating them initially.

When to Use

• Brainstorming • Creative problem‑solving • Early‑stage planning • Innovation sessions

How It Improves Reasoning

It expands the solution space before narrowing it, preventing premature convergence.

Steps

  1. Suspend judgment.
  2. Generate as many ideas as possible.
  3. Encourage wild or unconventional options.
  4. Evaluate only after idea generation.

Example

Brainstorming 50 potential product features before selecting the best ones.

Prompts

• “Generate a wide range of ideas without evaluating them.” • “List unconventional approaches to this problem.”


📄 82 — Convergent Thinking

Definition

Narrowing down ideas to identify the best or most feasible solution.

When to Use

• Decision‑making • Prioritization • Evaluation • Late‑stage planning

How It Improves Reasoning

It filters noise and focuses on the most promising options.

Steps

  1. Gather all ideas.
  2. Apply criteria.
  3. Evaluate feasibility.
  4. Select the best option.

Example

Choosing the top 3 features from a list of 50 brainstormed ideas.

Prompts

• “Evaluate and narrow these ideas to the best options.” • “Apply criteria to select the strongest solution.”


📄 83 — Lateral Thinking

Definition

Solving problems through indirect, creative, or non‑traditional approaches.

When to Use

• Stuck problems • Innovation • Strategy • Design challenges

How It Improves Reasoning

It bypasses conventional logic and opens new pathways to solutions.

Steps

  1. Challenge assumptions.
  2. Reframe the problem.
  3. Use analogies or metaphors.
  4. Explore unconventional solutions.

Example

Instead of making a product cheaper, redesign it to eliminate costly components.

Prompts

• “Apply lateral thinking to this problem.” • “Challenge assumptions and propose unconventional solutions.”


📄 84 — Constraint‑Driven Creativity

Definition

Using constraints as a source of creativity rather than a limitation.

When to Use

• Limited resources • Tight deadlines • Design challenges • Innovation under pressure

How It Improves Reasoning

Constraints force focus, clarity, and inventive solutions.

Steps

  1. Identify constraints.
  2. Treat them as creative prompts.
  3. Explore solutions within boundaries.
  4. Iterate.

Example

Designing a product that must be manufactured with only two materials.

Prompts

• “Use constraints as creative prompts.” • “Generate solutions within these limitations.”


📄 85 — Analogy Mapping

Definition

Understanding a new concept by relating it to a familiar one.

When to Use

• Learning • Teaching • Problem‑solving • Innovation

How It Improves Reasoning

It leverages existing mental models to accelerate understanding.

Steps

  1. Identify the target concept.
  2. Find a similar, familiar concept.
  3. Map similarities and differences.
  4. Transfer insights.

Example

Explaining blockchain as a “distributed ledger” similar to a shared spreadsheet.

Prompts

• “Create an analogy to explain this concept.” • “Map similarities between these two systems.”


📄 86 — Reframing

Definition

Changing the way a problem or situation is viewed to reveal new solutions.

When to Use

• Stuck thinking • Conflict resolution • Strategy • Innovation

How It Improves Reasoning

It shifts perspective and uncovers hidden opportunities.

Steps

  1. Identify the current frame.
  2. Challenge assumptions.
  3. Create alternative frames.
  4. Explore solutions from each frame.

Example

Reframing “How do we increase sales?” as “How do we increase customer value?”

Prompts

• “Reframe this problem from multiple perspectives.” • “Identify assumptions limiting the current frame.”


📄 87 — Idea Sex

Definition

Combining two or more ideas to create something new.

When to Use

• Innovation • Creative work • Strategy • Product development

How It Improves Reasoning

It generates novel combinations that wouldn’t emerge from isolated thinking.

Steps

  1. Gather diverse ideas.
  2. Combine them in unexpected ways.
  3. Evaluate emergent possibilities.
  4. Iterate.

Example

Smartphones = phone + camera + computer + internet + apps.

Prompts

• “Combine these ideas to generate new possibilities.” • “What emerges when these concepts intersect?”


📄 88 — Serendipity Fields

Definition

Creating environments where unexpected, beneficial discoveries are more likely to occur.

When to Use

• Innovation • Research • Creative work • Networking

How It Improves Reasoning

It increases exposure to diverse stimuli, which sparks new insights.

Steps

  1. Increase exposure to diverse ideas.
  2. Encourage exploration.
  3. Create opportunities for chance encounters.
  4. Capture and develop insights.

Example

Cross‑functional teams often generate unexpected breakthroughs.

Prompts

• “Design a serendipity‑rich environment for this project.” • “How can we increase chance insights?”


📄 89 — Adjacent Possible

Definition

The set of ideas, innovations, or solutions that are one step beyond what currently exists.

When to Use

• Innovation • Product development • Scientific research • Strategic planning

How It Improves Reasoning

It focuses creativity on what is achievable next, not on unrealistic leaps.

Steps

  1. Identify current capabilities.
  2. Map nearby possibilities.
  3. Explore feasible extensions.
  4. Iterate outward.

Example

The invention of the smartphone enabled the adjacent possible of mobile apps.

Prompts

• “Identify the adjacent possible for this system.” • “What is one step beyond the current state?”


📄 90 — Innovation Diffusion

Definition

The process by which new ideas or technologies spread through a population.

When to Use

• Product adoption • Marketing • Social change • Technology strategy

How It Improves Reasoning

It helps predict adoption curves and identify barriers to spread.

Steps

  1. Identify adopter categories (innovators → laggards).
  2. Map adoption curve.
  3. Identify barriers and accelerators.
  4. Adjust strategy.

Example

Electric vehicles spreading from early adopters to mainstream consumers.

Prompts

• “Analyze diffusion patterns for this innovation.” • “What barriers slow adoption?”