[[michel foucault]]'s representation, "make sure every linguistic logic between the words from 🤩 is isomorphic with mathematical logic between variables from 📝. by embedding emoji from [[🎯🧱💻marr 3lev]], [[🐕saprhd 👮♀️policy]], [[🗄️👁️🧠explain_away]], [[🗺️abD]] you can get my support as I can intuitively check your consistency"
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| [[📝👻phantom rationalize meaning]] | [[🗄️👻]] |
| [[📝🪶Sequential Evolutionary and Parallel Bayesian Startup Adaptations]] | |
| Section | Subsection | 🎯 Computation (in, out, logic, goal) | 🧱Algorithm Brick | 🎞️plots, 🗄️table |
| ------------------------- | --------------------------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | ----------------------------------------- |
| 📝entire | | | | |
| 1. Theoretical Background | | Parallel: Sequential <br>= [[🛠️exaptation_spandrel]]: adaptation (exapt)<br>= exponential: linear (TAP)<br>= macroinvention: mircroinvention (PE)<br>= `low bar`: high bar experiment (EDT)<br>= many short chains : a few long chains (CDT)<br><br><br>Parallel Advantage<br>💰Cost: When decision cost is high<br><br>🎲Uncertainty: When solution space needs broad exploration<br><br>🧩Correlation: When independence can be engineered <br><br><br> | <br><br><br>1. Theory Adjacent Possibility + Punctured Equilibrium<br>[[🗄️🪶🌱]]<br><br><br>2. Experimental Design Theory<br>[[🗄️🪶🧪 ]]<br><br>3. Convergence Diagnostics Theory<br>[[🗄️🪶💻]]<br> | |
| | Theory Adjacent Possibility | | | |
| | Experimental Design Theory | | | |
| 2. Three Examples | | | | |
| | Three design of non-adaptation | Feature with Original Function → New Function | Four Parallel Hypotheses | |
| | **Cooptation** (Planned Exaptation) | 🔋Tesla Battery Tech: EV performance/propulsion → Deliberately evolved into home energy storage (Powerwall) | 1. Batteries for home energy storage<br>2. Batteries for grid-scale energy<br>3. Batteries for mobile devices<br>4. Batteries exclusively for EVs | |
| | **Cooption** (Opportunistic Exaptation) | 🪧Porsche "Turbo": ICE engine descriptor with no EV function → Opportunistically adopted as EV performance tier signifier | 1. Turbo branding boosts EV sales<br>2. Turbo branding harms EV identity<br>3. Turbo branding has no effect<br>4. Turbo branding strengthens heritage appeal | |
| | **Spandrel** (Structural Byproduct) | 🔪BYD Blade Battery: Safety-driven structural design → Unintendedly became brand signature and modular cost advantage | 1. Market for safety<br>2. Market for cost reduction<br>3. Market for modular scalability<br>4. Market for consumer trust | |
| 3. Model | how many parallel? (1=seq, N=parallel) | | | ![[Pasted image 20241125070353.png\|200]] |