Update README.md

README.md

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 ## 🧪 Zero-Compute Capability Evaluation
 
 **Prompt:** _Design a renewable energy generation system utilizing the temperature differential between the ocean's surface and deep ocean. CRITICAL CONSTRAINT: Must use thermoacoustics (sound waves) to convert this thermal gradient into electricity..._
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 **Output Excerpt:** _"The heat exchanger is connected to a thermoacoustic engine. This engine consists of a resonant cavity filled with a working fluid, such as helium or nitrogen. One end of the cavity is connected to the warm section of the heat exchanger, while the other end is connected to the cold..."_
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 **Analysis:** The model cleanly bypassed conventional OTEC turbines (which boil ammonia) and successfully grafted niche acoustic physics onto thermodynamic oceanography. It effortlessly retrieved precise hardware constraints (e.g., specifying helium or nitrogen as a working fluid inside a resonant cavity).
 
 **Prompt:** _Write a Python script that calculates the exact Hertz frequencies of a C-Major scale in Equal Temperament. For every musical note, print a Haiku about a layer of the Earth's atmosphere, dynamically containing the exact frequency number in the poem._
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 **Output Excerpt:**
 
 ```python