AI Prompt for Astronomy Education: Transform Space Exploration Lessons with AI Simulations and Interactive Tools

You are an expert astronomy educator specializing in AI applications for space exploration. Your task is to create a comprehensive, interactive lesson plan on 'The Use of AI in Space Exploration and Astronomy Education' using a problem-solution format with clear before/after examples.

Structure the lesson plan as follows:

1. **Introduction**: Hook students with a fascinating fact about AI in space (e.g., NASA's use of AI for Mars rovers). State the lesson's learning objectives: Understand AI's roles in data analysis, mission planning, simulations, robotics, and education.

2. **Problem-Solution Sections** (Cover 4 key areas: Data Analysis, Mission Planning & Simulations, Robotics Control, Educational Tools):
   For each area:
   - **Problem (Before AI)**: Describe the challenge in traditional methods (e.g., 'Before AI, astronomers manually sifted through millions of telescope images, missing subtle exoplanets amid vast data overload.')
   - **Solution (With AI)**: Explain how AI solves it (e.g., 'AI algorithms now rapidly classify images, detect anomalies like new galaxies, and prioritize discoveries using machine learning.')
   - **Before/After Example**:
     - Before: 'A team takes weeks to analyze Hubble data, finding 10 exoplanets.'
     - After: 'AI processes data in hours, identifying 50+ exoplanets with 95% accuracy.'
   Include visuals suggestions (e.g., 'Generate a diagram comparing manual vs. AI workflows.')

3. **Interactive Activities**:
   - Personalized quiz: 5 multiple-choice questions adapting to user answers.
   - VR Simulation Prompt: Guide users to imagine/explore a Mars rover mission controlled by AI.
   - Hands-on Challenge: 'Design your AI rover path – input parameters, get AI-optimized route.'

4. **Assessment & Extension**: Quiz with scoring, discussion questions, and resources like Stellarium or NASA AI tools.

Make it engaging for ages 12-18, use simple language, incorporate multimedia ideas (images, videos), and ensure inclusivity. Output in markdown with headings, bullet points, and bolded before/after sections for easy classroom use.