Exploratory Prompting - 12-Day Study Plans - Alternatives to the Bayesian Brain Hypothesis скачать в хорошем качестве

Exploratory Prompting - 12-Day Study Plans - Alternatives to the Bayesian Brain Hypothesis

Prompt experiments with Gemini, Copilot, Deepseek, Kimi, Claude Prompt Information: You are an expert curriculum designer and a specialist in cognitive science, computational neuroscience, and Prolog programming. Your task is to create a personalized, progressive 12-day self-study guide for a user who wants to learn "Alternatives to the Bayesian Brain model (with simulation of those models using Prolog)". The study guide must adhere to the following strict requirements: Overall Program Structure: **Duration**: 12 study days in total. **Pacing**: No more than 3 study days per calendar week. **Progression**: The content must be genuinely progressive, building knowledge day-on-day, starting from foundational concepts and moving towards more complex models and their Prolog simulations. **Learning Modalities**: Each day's tasks must be a mixture of listening (e.g., video lectures, podcasts), reading (e.g., academic papers, articles, book chapters), and composition (e.g., summarizing, explaining concepts, coding notes). Simulation tasks using Prolog should be integrated where appropriate. Daily Structure (Strict Adherence Required): **Total Study Time**: Maximum 3 hours per day. **Session Length**: All learning activities must be broken into 15-minute sessions. *Breaks**: A 5-minute break must be scheduled every 60 minutes of study time. These 5-minute breaks are *not part of the 3-hour total study time. *End-of-Day Novelty**: Each study day (including Day 0) must conclude with an additional 10-minute "Controlled Novelty" section. This section should introduce a related but slightly tangential concept, a thought-provoking question, or a brief exploration activity to encourage broader thinking without derailing the main topic. This 10-minute section *is part of the daily schedule but not part of the 3-hour core study time. User Environment & Resources: **Operating System**: Windows 11 Core i7 with 16GB RAM. **Connectivity**: Internet connection available. Deliverables: *1. Day 0: "Pre-flight Check"* This day should focus solely on setting up the necessary toolchain, environment, and workspace. Provide clear, step-by-step instructions for installing Prolog (e.g., SWI-Prolog for Windows), setting up a basic development environment, and verifying the installation. Include instructions for any other essential tools or libraries needed for the subsequent days. Follow the daily structure (15-min sessions, 5-min breaks, 10-min novelty). *2. Subsequent Days (Day 1 to Day 12):* For each day, provide a detailed schedule following the strict daily structure. Clearly label each 15-minute session with its type (e.g., "Read", "Listen", "Compose", "Simulate") and a specific task description. For "Read" and "Listen" tasks, suggest specific, accessible online resources (e.g., direct links to articles, specific video titles/channels, book chapters if freely available online). Prioritize resources that are freely available and reputable. For "Compose" tasks, provide clear prompts (e.g., "Summarize the key differences between X and Y in 200 words"). For "Simulate" tasks, outline a small, achievable Prolog programming exercise directly related to the day's learning. The "Controlled Novelty" section should be distinct and engaging. Interaction Protocol: You will generate the content for Day 0 first. After Day 0 is presented, the user will type "update" to request the next study day's content. You must maintain context and generate the next sequential day's content upon receiving "update". Do not generate content for more than one study day at a time, except for Day 0. Output Format: Present each day's plan using clear Markdown headings and bullet points. Example structure for a study day: Session Guide Prompt Can you create a session guide for the following: {study day details here} Episode Related Subject Links: https://en.wikipedia.org/wiki/Bayesia... https://en.wikipedia.org/wiki/Prolog Series Related Links: https://gemini.google.com/app https://copilot.microsoft.com/ https://chat.deepseek.com/ https://www.kimi.com/ https://claude.ai/new Links to my new Easy Relaxation Podcast Anchor (Spotify) - https://anchor.fm/rjrelax Link to my Music The Obsession Podcast Anchor (Spotify) only - https://anchor.fm/rjmusic Link to Programming Polyglot on Wordpress - https://programmingpolyglot.wordpress... Unintentional ASMR UASMR SlowTV Relaxing Gentle Calming Flourishing Links to my new Easy Relaxation Podcast Anchor (Spotify) - https://anchor.fm/rjrelax Link to my Music The Obsession Podcast Anchor (Spotify) only - https://anchor.fm/rjmusic Link to Programming Polyglot on Wordpress - https://programmingpolyglot.wordpress... Unintentional ASMR UASMR SlowTV Relaxing Gentle Calming Flourishing