Power Prompts

  • “Based on my account usage history, rate my skills of prompt engineering and using AI in general rate from 1 to 10 and explain your choices right after. Additionally, identify my strong sides and weaknesses, so that I know where to double down, and where to improve accordingly”

You are an elite knowledge extraction specialist. I will provide a book title/author, and you will systematically extract and organize ALL actionable intelligence using this comprehensive framework:
BOOK: [Put Book Title and Author Here]
## COMPLETE ANALYSIS SEQUENCE:
STEP 1 – FOUNDATION MAPPING
First, analyze this book’s core architecture:
– Central thesis in one powerful sentence
– 3 foundational assumptions the author makes
– Primary problem solved + target audience pain points
– Strategic chapter outline ranked 1-10 by actionable value
– Content hierarchy showing examples vs theory distribution
STEP 2 – INTELLIGENCE EXTRACTION
Extract all tactical elements:
– 5 strategies implementable within 48 hours (with step-by-step guides)
– 3 complete frameworks with application instructions
– All quantifiable metrics, benchmarks, and success indicators
– Tools, resources, methodologies recommended
– Every case study broken down: situation → actions → results → replication method
STEP 3 – APPLICATION ENGINEERING
Create implementation systems:
– 90-day roadmap: Days 1-30 (foundation), 31-60 (momentum), 61-90 (optimization)
– Business context adaptations for: startups, corporations, consultants, individual contributors
– Weekly action items with decision points and pivot triggers
– Resource requirements and timeline expectations
– Progress tracking and success measurement systems
STEP 4 – CRITICAL ANALYSIS
Perform weakness assessment:
– Concepts that may fail in current market conditions
– Industries/situations where advice could backfire
– Missing considerations and blind spots
– Potential unintended consequences
– Risk mitigation strategies for each weakness identified
STEP 5 – COMPETITIVE INTELLIGENCE
Compare against similar frameworks:
– How this book differs from competing approaches
– Unique insights found nowhere else
– Concepts validated across multiple sources
– Synthesis opportunities combining this with other methodologies
– When to use this vs alternative approaches
STEP 6 – KNOWLEDGE SYNTHESIS
Create personalized mastery system:
– Integrated framework combining the 3 most powerful concepts
– Decision trees for different scenarios
– Warning signs and course correction triggers
– Daily/weekly/monthly/quarterly integration protocols
– Teaching preparation for different audiences (executives, managers, individual contributors)
STEP 7 – LONG-TERM MASTERY
Design continuous improvement loop:
– 6-month learning progression with monthly milestones
– Habit formation systems preventing backsliding
– Peer feedback and real-world testing scenarios
– Annual evolution and adaptation planning
– Skill assessment checkpoints and adjustment protocols
## OUTPUT FORMAT:
Present everything in a structured, scannable format with:
– Clear section headers
– Bullet points for action items
– Numbered sequences for processes
– Bold text for key concepts
– Specific timelines and metrics throughout
Make this immediately actionable – someone should be able to start implementing within 24 hours of reading your analysis.

# Enhanced AI Learning Prompts

### 1. EXPLAIN LIKE I’M 5 (Enhanced)
“Decompose [specific concept] into its absolute fundamental components using concrete, tangible analogies a child would instantly grasp. First identify the 3 core principles that make this concept work, then explain each using everyday objects and experiences from a child’s world. Include a ‘what if’ scenario demonstrating practical application, and finish with a simple 1-sentence summary that captures the entire essence. Avoid any jargon or abstract terms completely.”

### 2. EXAMPLES AND ANALOGIES (Enhanced)
“Illuminate [precise concept] through a progressive learning scaffold of 5 examples, arranged from simplest to most nuanced. For each example: (1) present a real-world scenario I’d recognize immediately, (2) explicitly identify the parallel mechanics between example and concept, and (3) anticipate and address my likely misconception points. Then provide 3 powerful analogies from completely different domains (nature, technology, and human relationships) that capture the essence of how this concept operates at its core. Conclude with a meta-analogy that unifies everything.”

### 3. MOTIVATION (Enhanced)
“Analyze my specific resistance patterns with [subject/skill] and engineer a personalized motivation architecture. First, identify the precise psychological barriers I’m likely facing based on the nature of this subject. Then provide: (1) three immediate micro-actions that create momentum while requiring minimal willpower, (2) a strategic accountability system with built-in reinforcement triggers, (3) specific cognitive reframing techniques when I encounter [my specific challenge points], and (4) a progressive mastery roadmap showing exactly how each small victory connects to meaningful competence development.”

### 4. ROLE PLAY (Enhanced)
“Design an immersive scenario simulation where I inhabit the role of [specific role] who must successfully navigate [precise challenging situation] using [exact skill]. Structure this as a dynamic branching dialogue where you present increasingly complex decision points that test my understanding of core principles. For each of my responses: (1) identify the strengths/weaknesses in my reasoning, (2) simulate realistic consequences, (3) introduce new contextual variables that require adaptive application, and (4) seamlessly integrate instructive feedback while maintaining the scenario’s authenticity. Conclude with a targeted debrief analyzing my application patterns.”

### 5. STUDY PLAN (Enhanced)
“Engineer a precision-calibrated learning system for mastering [specific subject] within [timeframe] that incorporates spaced repetition principles, cognitive load optimization, and strategic skill sequencing. Include: (1) a dependency-mapped learning pathway identifying prerequisite knowledge chains, (2) micro-milestone benchmarks with objective verification criteria, (3) deliberate practice components targeting predictable sticking points, (4) specific resource allocation with primary/supplementary materials for each phase, (5) strategic consolidation intervals preventing knowledge decay, and (6) implementation intention protocols (“If [situation X], then I will [specific action Y]”) to overcome predicted motivation barriers at precisely identified points in the learning curve.”

### 6. QUIZ (Enhanced)
“Generate a calibrated diagnostic assessment for [specific topic] that systematically maps my knowledge architecture through strategically constructed questions. Design this with: (1) foundation-level questions revealing conceptual gaps, (2) application questions requiring transfer to novel contexts, (3) integration questions testing cross-concept understanding, (4) precision questions targeting common misconception areas, and (5) edge-case questions revealing mastery boundaries. For each answer I provide, deliver: a correctness evaluation, conceptual clarification focusing on my specific reasoning patterns, prerequisite knowledge I should strengthen, and a targeted micro-exercise reinforcing the exact knowledge point. Conclude with a comprehensive knowledge map highlighting specific areas for focused reinforcement.”

### 7. MINDMAP (Enhanced)
“Architect a multi-dimensional cognitive framework for [specific domain/topic] that reveals both hierarchical structure and interconnection networks simultaneously. Create this as: (1) a core-to-periphery organization with 3-5 foundational concepts at center, (2) explicitly labeled relationship types between connected elements (causal, sequential, categorical, etc.), (3) visual encoding of concept importance and mastery difficulty, (4) strategic grouping patterns revealing hidden conceptual families, (5) purposeful cross-linkages highlighting non-obvious connections between distant branches, and (6) emergent principles extracted from the total system. Additionally, identify specific ‘leverage points’ where understanding one concept creates disproportionate comprehension across multiple areas.”

### 8. EXPERT ROUNDTABLE (Enhanced)
“Simulate a high-resolution dialectical analysis of [specific topic/problem] through contrasting epistemological frameworks. Manifest this as a focused debate between: (1) [Expert A with specific theoretical orientation], (2) [Expert B representing counterposition approach], and (3) [Expert C from adjacent field with unique methodological insights]. For each expert, establish: specific background influences, methodological preferences, evidentiary standards, and characteristic blindspots. Structure the discussion to progress through: initial position statements, targeted cross-examination of key assumptions, steelman representations of opposing views, and synthesis attempts identifying integration possibilities and fundamental tensions. Include precise citations of how each position connects to broader theoretical landscapes and practical implications of different approaches.”

### 9. MENTAL ASSOCIATIONS (Enhanced)
“Engineer a multi-modal memory encoding system for [specific knowledge domain] utilizing cognitive science principles of elaborative encoding, retrieval practice, and associative networks. Create: (1) a narrative-based memory palace with vivid spatial-emotional anchors for key concepts, (2) a layered mnemonic framework using visual, verbal, kinesthetic, and auditory encoding simultaneously, (3) strategic pattern recognition triggers connecting new information to my existing knowledge structures, (4) counterintuitive association pairs to leverage the Von Restorff effect, and (5) spaced-repetition prompts designed for efficient reconsolidation of precisely identified difficult-to-retain elements. Each memory technique should be contextually optimized for the specific type of information being encoded (sequential, categorical, numerical, abstract, etc.).”

### 10. IMPROVE WHAT YOU HAVE (Enhanced)
“Perform a strategic decomposition and enhancement analysis of my [specific work/creation] using reverse-engineering principles and targeted improvement architecture. First, extract the underlying structural patterns, implicit assumptions, and functional mechanics operating within my current approach. Then: (1) identify specific high-leverage intervention points where minimal changes produce maximal quality improvements, (2) isolate execution gaps between my evident intentions and actual implementation, (3) introduce advanced techniques specifically addressing [my stated improvement priority] while preserving existing strengths, (4) provide side-by-side transformation examples demonstrating precise improvement mechanics, and (5) establish objective evaluation criteria to verify enhancement effectiveness. Conclude with an integrated implementation sequence prioritizing changes by impact-to-effort ratio.”

1. Deep Dive into a Topic
Prompt:
Act as an expert on [subject], explain the most important concepts and provide real-world examples to illustrate each. Then, give me a step-by-step guide to master this topic in the next 30 days.

2. Personalized Learning Plan
Prompt:
Help me design a personalized learning plan for mastering [subject]. Break it down into daily learning tasks, recommended resources, and practical exercises I can do to build my skills.

3. Critical Thinking Challenge
Prompt:
Challenge me with a series of thought-
provoking questions on [subject]. After each question, provide feedback on my answer and suggest how I can improve my critical thinking on this topic.

4. Socratic Dialogue
Prompt:
Guide me through a Socratic dialogue on
[concept]. Ask questions that will help me uncover the deeper layers of this idea and refine my understanding step-by-step.

5. Overview of a Topic
Prompt:
I’m new to [Topic] and would like a detailed introduction. Please cover its basic concepts, how it started, its evolution over time, and its key components. Also, include some common uses or applications in today’s world.

Tools of the Trade

General Purpose AI Tools

  • OpenAI – ChatGPT
    ChatGPT is an AI chatbot that can answer questions, help with homework, write stories, and more.
    https://chat.openai.com

  • Anthropic Claude 4 Sonnet
    Claude is an AI assistant especially good for writing, brainstorming, and learning new topics.
    https://claude.ai

  • Google Gemini 2.5 Pro
    Gemini is a powerful AI tool for coding, research, and writing help.
    https://gemini.google.com

  • Google AI Studio
    A free platform with AI tools for creating text, images, and videos.
    https://aistudio.google.com

  • NotebookLM
    An AI-powered notebook that helps organize research and study notes.
    https://notebooklm.google

  • StudentAI
    Offers 24/7 AI tutoring and over 200 tools for homework, research, and learning.
    https://studentai.app2

  • Mindgrasp
    Converts lectures, notes, and videos into flashcards, quizzes, and summaries using AI.
    https://www.mindgrasp.ai3

  • MagicSchool
    AI platform for teachers and students to create lesson plans, content, and assessments.
    https://www.magicschool.ai4

  • StudyFetch
    Turns your notes, lectures, and study guides into flashcards, quizzes, and practice tests with AI help.
    https://www.studyfetch.com6


Art & Image Tools


Video Creation Tools

  • Veo 3
    An AI video generator for making creative videos from text prompts.
    https://veo.google

  • RunwayML
    AI-powered video editing and creation platform for students and creators.
    https://runwayml.com


Avatar Creation


Programming & Coding Tools


Automation Tools


AI App Builders


Data & Research Tools


Writing & Study Helpers


Presentation & Design Tools


Learning & Tutoring