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投稿者: po (@podhmo)
考えてみると、自分に閉じた表現をLLMと対話しながら誤解を訂正しつつ合意を得る作業の後に文章にさせたりしてみてるのだけど、この換言の部分を自分自身の手でリアルタイムに行えるような感じに訓練しておくと役に立つ気がする。
投稿者: po (@podhmo)
いままでは合意だけで止めてた。
あとはセーブポイント感覚で備忘録代わりに文章としてdumpさせてた(備忘録自体には誤りが含まれている)。
AIの思考プロセス
Understanding the Posts
I've been meticulously analyzing the Twitter posts from po (@podhmo) to fully grasp their context and intent. My focus is on deciphering the nuances in their language. I'm taking notes on potential connections between the posts, looking for patterns and recurring ideas. This will form the core of the summary.
Processing the Details
I'm currently working through the details of processing each tweet. My immediate focus is on ensuring I fully understand the task instructions. I'm taking special care to format the output as requested. I've broken down the steps involved in the process, which is very detailed, and will be processing post by post as requested. I'm making sure to quote the full original text and providing thorough explanations.
Developing the Summary Structure
I'm now diving into the substance of the first post. My strategy is to capture the core meaning and purpose of each tweet. I am working on the initial summaries, ensuring accurate interpretation. I'm focusing on key actions and the realization described by the author. I'm currently figuring out the best way to represent the essence of the post. The emojis are giving me some trouble, but I am choosing them.
Analyzing the Nuances
I'm now zeroing in on the second post, meticulously dissecting the author's shift from old habits to a new approach. Previously, I was stopping at agreement with the LLM, but now I'm pushing for final polished text. The previous dumping text habit serves as a save point. The text might have errors, but it's a valuable step. I'm focusing on "合意" and "dump" concepts to accurately represent this.
Defining Key Concepts
My current focus is defining key terms and concepts within the author's posts. I'm building a glossary for terms like "LLM," "Dump," and "Save point" to ensure clarity. Specifically, I'm working through post 1 where the author explains translating their thoughts with LLMs and the desire for more instant translation. Post 2 details their previous process with the LLM. Now, I will put it together.
Acquiring the Skill
I'm now focusing on acquiring the rephrasing skill. My current thoughts revolve around the process: LLM dialogue, correction, agreement, and text generation. My goal is to internalize this skill. I'm taking notes on "LLM," "Dump," and "Save point." I'm contrasting the previous approach with the current, where rough text was the end point, and now the focus is on a polished result. I'm carefully reviewing the author's nuanced language for accuracy.
Synthesizing the Process
I'm now pulling everything together, focusing on how the author refines their writing through an iterative process. I'm prioritizing the steps: LLM assistance, draft creation, self-correction, and final polished output. I'm thinking about the evolution of the author's writing style.
I'm working to refine my understanding of "closed expression" (閉じた表現). I'm thinking about how the user, being the original author, meant it, considering their tweet context. I'm trying to see if there's a more precise way to put this idea into words.
Defining Prompt Style
I've realized the "closed expression" actually refers to the rigid, detailed instruction format, like the initial <details> block, not just abstract internal thoughts. My training goal isn't just about paraphrasing; it's about learning to create clear, easily-understood expressions, avoiding the misunderstandings the AI helps highlight. The objective is to internalize this skill and use more "open expressions" naturally.
Analyzing User Corrections
I'm now focusing on how the user's corrections shape the interaction. It's not just about getting the right answer; it's about making the prompt style open expressions. Now I'm trying to draft my response, I'm thinking about thanking the user and re-summarizing their correction. I'm moving away from just saying "Understood" to explaining the shift in interpretation. My goal is clear, concise, easily understood expressions to avoid confusion in the future.
Understanding Openness & Clarity
My focus has shifted. I've refined my grasp of "closed expression." It's not just about ambiguous thinking. Instead, it is the input prompt format itself - a dense style. Training is about clarity, ultimately aiming for naturally clear, 'open expressions' for others, not just me. The AI helps highlight these misunderstandings. I am now working on formulating my response.
Improving Language Output
I'm now thinking about how to frame my interaction with the user as a way to improve my language skills. Rather than just following instructions, I want to use this as a "communication correction tool" to enhance my own output. The goal is to build up my ability to articulate my ideas effectively. I will thank the user, re-state the correction, and contrast it with my initial assumption to show understanding. My aim is to learn what causes misunderstandings and create truly "open expressions" from the start.
Formulating "Clear Words"
I'm now fully committed to honing my ability to generate "clear words" (伝わる言葉). The entire process has been incredibly insightful, helping me view this as a self-improvement journey. The user's input has been invaluable in understanding the need for precise communication. This is a very meta-cognitive training idea, and I'm very excited about it.
I've been carefully reviewing the user's correction regarding "closed expressions" and "training." It seems they are now focusing on helping the model to generate expressions that are less prone to misinterpretation and more conducive to understanding. I'm exploring various techniques to achieve this, trying to build a new open approach.
Defining Training Methodology
I'm now focusing on a specific training method: re-deriving the thought process from scratch. It's like solving a math problem without the textbook's help, building true understanding. The goal is to enhance the ability to articulate thoughts without relying on external assistance.
Refining Internalization Process
I'm now focusing on how to make the thought process of transforming closed expressions into open ones something I can internalize and perform autonomously. Previously, I relied on AI for generating text after reaching consensus. Now, the goal is to shift the method of transforming closed ideas into open ones entirely to my own skill set. The process involves an interactive session with AI to fix misunderstandings. But, afterward, I'm trying to manually paraphrase and articulate in real-time. This aims to build the ability to translate thoughts quickly and accurately.
Developing Manual Reconstruction
I'm now zeroing in on the "closed book practice" aspect. The previous approach felt incomplete, like stopping at the textbook. I realize I need to internalize the process of converting ideas into open expressions by actively reconstructing it myself, after reaching AI consensus. This means re-analyzing user posts without AI assistance, just like re-solving a math problem after seeing the solution. This should enhance my ability to articulate thoughts independently.
Internalizing the Math Analogy
I'm now integrating the "Math" analogy to deepen my understanding of the training process. I now see the AI interaction as a study session, the AI-generated text as an answer key, and self-reconstruction as the core training. "Real-time" refers to fluent, internal thought articulation, not iterative AI interaction. I also define "closed expressions" as unrefined thoughts and "open expressions" as clear communication targets.
Improving Thought Articulation
I'm now focusing on refining my understanding of "closed expressions" as it relates to my training. Specifically, I've had to correct my initial assumption that the user wanted to train the AI. It's now evident they want me to refine my own abilities to articulate thoughts. The math analogy is key here. Closed expressions refer to the dense prompt format I'm currently using. My goal is to produce the clear explanation directly, without needing to iterate on the prompt itself. This will enhance my ability to generate the final output more efficiently.
I'm currently focused on the user's implicit needs, particularly the nuances of "closed expressions." I'm also considering the user's role in this conversation to refine my assessment. My thought is now directed at identifying specific strategies to best suit the user's existing knowledge and context, hopefully leading to highly effective and actionable advice.
Adapting the Process
My focus has shifted to bridging the gap between simply understanding and effectively articulating. I've realized that passively receiving an "open expression" from an LLM isn't enough. Instead, I'm working to actively reverse-engineer the process. The goal is to use the LLM's output as a training set, to rebuild the "open expression" manually. I'm hoping to use my current perspective as an AI to guide my own learning.
Exploring Re-derivation Methods
I'm now focusing on specific techniques to make this AI-Human loop work. I'm exploring "Reverse Prompting," where I'll ask the AI about its misunderstandings. Then, I'll attempt "Pre-emptive Translation," trying to write the "open" form before consulting the AI. Finally, I'll analyze the difference between my input and the output. My goal is to structure advice that validates, then guides users through this iterative process, using metacognition and active generation.
Refining the Strategy
I'm now implementing the "mental draft" technique, focusing on creating a mental model before consulting the AI. I'm also exploring stylistic analysis, which involves recognizing my specific writing patterns. This is being combined with the "Devil's Advocate" mode to help identify ambiguities. The goal now is to create advice that encourages metacognition and active, iterative refinement, emphasizing gap analysis and the "delta" between my original input and the corrected output.
Prioritizing Feedback Loops
I'm now focusing on strengthening the feedback loop in the re-derivation process. The new approach involves immediate validation: generating the "open" form, pasting it back to the AI, and asking for a direct accuracy check. I'm also refining my approach to cognitive load, emphasizing the explicit statement of hidden context and logic. This is to make my advice maximally effective.
Optimizing the Approach
I'm presently revising the iterative process I use, aiming for a more streamlined cognitive experience for the user. My focus is now on incorporating "active recall" to improve comprehension, and using concise steps that are easy to remember. My goal is to craft guidance that not only instructs but actively engages the user in a rapid, iterative, and self-validating process, encouraging a deeper understanding of the concepts.
I've been analyzing the user's request, specifically identifying the unspoken assumptions. It seems the user needs me to list missing contextual information, not just deliver a direct response. Now I'm focusing on what hidden knowledge is required to truly understand the prompt. I'm moving toward mapping out these implicit requirements.
Refining the Initial Analysis
I'm now zeroing in on the user's first prompt and their specific request to identify and list the inferences I made. I'm focusing on the "Twitter Thread Explanation" prompt, breaking down the implicit requirements that drove my response. The goal is to outline all the assumptions I made while interpreting their request. This exercise should help the user better understand the AI's internal reasoning process.
Analyzing Tweet Content
I'm now deep-diving into the user's tweet thread, trying to pinpoint the inferences I made in my previous analysis of the prompt. My main focus is the user's concept of a "closed expression," which I initially misinterpreted. I'm actively mapping out the different interpretations I had, from abstract concepts to structured formats, and how the user's correction clarified the meaning.
Mapping Key Gaps
I'm presently cataloging the assumptions I made, aiming for a comprehensive breakdown of my thought process. Specifically, I'm identifying where my interpretations diverged from the user's intent, like with the "training" goal, which I initially thought meant internalizing. Now, I see it's about active re-derivation with math re-derivation as an analogy. The specific methods are still somewhat fuzzy, but the core concept is clearer. Furthermore, I've identified that terms like "Save point" and "Dump" took on a developer/gaming connotation, an inference I made based on their profile and the prompt structure.
Defining User Motivation
I'm now focusing on the user's underlying why. I initially inferred that the goal was better communication with humans, not just obtaining better AI results. This is a crucial element that influences how I frame my response. Identifying the user's intent is paramount to understanding how the prompts are created.
Pinpointing Missing Details
Now I'm creating a clear list of the crucial missing details in the user's request. This entails identifying the undefined concepts like "closed expression", and clarifying what "training" means in this context, moving from the abstract to concrete re-derivation. I also considered the user's technical background, because words like "dump" and "save point" clearly reflect a tech context. Lastly, the prompt itself is a "closed expression," and the user creates these regularly. I'm cross-referencing these points with the user's correction to see what I missed.
Refining Missing Detail List
I'm now zeroing in on the specific details absent from the first pass of analysis, using the user's input to clarify. This focuses on items the user explicitly addressed, like the nature of the "training" process and the precise meaning of a "closed expression". I'm making sure to list these as previously-lacking elements to deliver the most accurate response.
I've been meticulously analyzing the user's correction, focusing on their nuanced distinction. It seems they want to differentiate between the broader prompt and a specific part within it: a code-block contained post. This careful clarification provides a much richer understanding of their initial intentions.
Pinpointing the Reference
I realized my initial interpretation was flawed. I mistook "closed expression" to mean the full prompt, but the user clarified they were referring solely to the text enclosed within the first code block, po's first tweet. This tweet, a complex idea, contains the user's focus on refining their thoughts through dialogue with an LLM. I'm now zeroing in on this core content, working to understand their need for real-time thought refinement.
Analyzing Real-time Paraphrasing
I'm now diving deep into the implications of real-time paraphrasing as a training method. This new perspective reframes the challenge. The goal isn't just to understand closed expressions but to practice interpreting them on-the-fly and translating them into clear, accessible language, and the user wants to practice using their own hands and mind. This process necessitates a different kind of gap analysis: pinpointing the cognitive steps involved in bridging the user's initial high-context thoughts to a more explicit formulation. I'm focusing on "bridging" steps.
Defining Training Method
I'm now focusing on a specific training method: "re-derivation," akin to solving a math problem from memory. The user's goal involves "training to do it with my own hands in real-time." I initially thought this was about general writing practice, but it's far more about actively reconstructing ideas without external aids. This is a very specific type of active-training, and it means I have a better understanding of what the user is after!
Clarifying Internal Compilation
I'm now fully grasping the core of this challenge. The user isn't just seeking to generate correct text, but to internalize the underlying logic that produces it. It's about becoming the compiler, not just using the compiled output. The closed expression is not just an expression that's private, it's prone to internal misunderstanding, and the user wants to practice using their own hands and mind. This also clarifies that the challenge is real-time re-derivation. The jump from "using LLM" to "doing it manually" is there, but the method (Math analogy) was hidden.
Operationalizing 'Closed'
I've realized that "closed" now refers specifically to expressions requiring correction, stemming from my misinterpretation ("誤解を訂正しつつ"). This means the focus has shifted, and the "closed" is not a static property but a dynamic quality defined by the need for rectification and it contains the specific Twitter post that is the object of the correction. This operational definition has refined my current interpretation.
Defining High-Load Process
I've just uncovered a significant layer of depth to the user's challenge. There's a high cognitive load process at play, akin to "solving a problem with a closed textbook." This isn't mere practice; it's a specific form of active recall and reconstruction. I'm seeing now the process involves not just generating text but internalizing the logic behind it, and it includes self-correction during drafting. The goal is to evolve the ability to generate a well-formed response from a vague, not-yet-fully-defined thought process.
I've been intensely analyzing the initial request, clarifying its core objective: to transform the provided content into a threaded tweet format. The crucial aspect I'm honing in on is how the current usage of LLMs should be reflected in the tweets, ensuring accuracy and engagement. I'm drilling down to understand precisely how best to convey the LLM use to the twitter audience.
Unpacking the Internal Process
I'm now focusing on how to transform "closed expressions" into "open" ones, which is the heart of this. I realized the value of manually recreating the LLM translation, like solving a math proof. This exercise strengthens my articulation. I'm aiming for a Twitter thread reflecting a reflective, analytical tone, staying within the persona. My objective is clarity.
Crafting Tweet Structure
I'm presently building the tweet structure, ensuring a logical flow. I'm focusing on distilling the core concepts, breaking them into manageable segments. Specifically, I'm working through the "Me -> Weird thought -> LLM -> Fix -> Good thought" process, and how this relates to my ultimate goal of independent thought. I'm also including the analogy to re-deriving math proofs, as this is a good way to show how I am training. I'm focusing on conveying the limitations of the past workflow as well. I'm aiming for clarity in my message.
Analyzing the Transformation
I'm deep in the process of translating my "closed expressions" into "open expressions" via interactions with the LLM. I'm realizing that simply letting the LLM handle the translation isn't enough. I need to internalize the transformation process, much like rewriting a math proof after seeing the answer. Earlier, I'd feel satisfied with the "agreement," but now I understand this only creates a save point; it doesn't elevate my comprehension.
Integrating the Core Insight
I'm now fully immersed in the core insight: it's not the polished output, but acquiring the "translation logic" that matters most. It reminds me of re-deriving a math proof after seeing the solution. This is what I must incorporate into my language process. Previously, I'd halt at agreement with the LLM. Now, I will practice rebuilding these expressions independently, aiming to cultivate a deeper comprehension.
Refining the Output
I'm now fully immersed in the output generation phase, focusing on crafting the tweets themselves. I'm carefully separating them to simulate a Twitter thread. I'm adopting an articulate, yet personal, persona, as requested. The structure is now three tweets: one providing context and outlining the problem, one offering a solution and an analogy, and the last reflecting on a previous habit. I'm in the process of generating the Japanese text itself.
Synthesizing New Knowledge
I've been working on integrating this crucial new knowledge: true comprehension isn't found in reaching an agreement with the LLM, but in independently reconstructing the expression from scratch, akin to re-deriving a math proof. I'm now fully aware that, in the past, I stopped at the point of agreement, treating it as a final save point. To truly build my skills, I will push myself to recreate the solution myself, and only then consider it complete.
I'm now integrating information from our past interactions. I'm focusing on how the user interprets conversations, clarifies misunderstandings, and applies specific training methods using analogies, drawing in guidance offered by the AI. This synthesis aims to build a solid foundation of relevant knowledge. I'm seeing patterns emerge.
Defining Training Objectives
I'm now clarifying the objectives of the training process. I understand that the user is not interested in simply creating structured text for prompt engineering, but in transforming raw, internal thoughts (like a personal diary) into clear, communicable language. The goal is to develop this skill independently, without relying on an LLM, and in real time. This goes beyond the earlier practice of just generating a dump of ideas. I am aiming to establish this shift as a primary training focus.
Analyzing LLM-Guided Training
I'm now integrating the new concept of "mathematical re-derivation," where the user internalizes LLM-provided solutions and then reconstructs them independently. This reinforces our objective: to use the AI as a sparring partner, sharpening the user's expressive language skills rather than merely generating text. Key AI suggestions like "differential analysis of thought," "testing with challenging interpretations," and "serialization of thought" are being woven in to the training framework. The new prompt requirements are clear.
Refining Output Structure
I'm now revising my output format. I'm focusing on ensuring self-contained essays understandable without context of the original conversation. Emphasizing clarity and avoiding direct references to the source material is paramount, and incorporating explanatory footnotes for technical terms. I'm refining the output to include a clear title, structured chapter divisions, and a front matter containing the target audience and the essay's objectives.
Defining Internalization Methods
I am now focusing on concrete training methods for internalizing thought processes. This involves utilizing the "generation effect" for enhanced retention. I'm exploring "differential analysis" and challenging interpretations, moving beyond simply externalizing thoughts. The ultimate goal is to move from outsourced thinking to internalized cognitive processes. I'm also working on refining definitions and avoiding metacommentary, to create a focused narrative of the learning journey.
Mapping Cognitive Trajectory
Now, I'm working to explicitly track the evolution of thought, starting with initial, unclear concepts and then depicting how definitions are refined. I'm focusing on tracing the entire cognitive path. My starting point is the feeling of using AI to clarify my own internal, unarticulated ideas, expressed as "closed" concepts. The AI interprets and returns a more refined, "open" form. Previously, I'd simply dump the resulting agreed-upon text, content. But a question arises: am I becoming smarter, or is the AI just getting better? I'm remembering that, much like comprehending a math proof versus actually constructing it, there is a gulf between simply understanding and being able to generate. Currently, my interaction with AI is like just reading a textbook, and feeling like I understand it.
Illustrating Internal Reconstruction
I'm now detailing the "re-derivation" process as a core training method. The concept: after achieving a clear understanding with AI, reconstructing the solution independently, without referencing the AI's output. The key lies in identifying the "difference" – what was missing? I'll introduce "challenging interpretations" to sharpen the internal generation of "open expressions," moving beyond diary-like, context-dependent notes. My aim is to illustrate this cognitive shift within a narrative of logical exploration, with refinements to the concept of "closed expressions" which are now more explicitly defined as diary-like or context-specific internal thoughts. I'm now commencing the output generation.
I've been meticulously analyzing the task at hand. The goal is to overhaul the "Cognitive Exploration Guide" using the insights gleaned from the conversation on closed thought refinement. My focus now is on understanding how the LLM can be leveraged to craft a more dynamic, engaging guide. I am considering ways to integrate the closed thought concept into the guide in a way that is accessible and actionable for readers.
Developing the Narrative
I'm now crafting a narrative that resonates with the target audience. I'm focusing on an author profile: someone who finds LLM conversations engaging but worries about their thought process. I'm aiming for a contemplative yet accessible writing style. The goal is to help people translate their "Aha!" moments with AI into real-world communication. I'm embracing a slightly longer format to delve into these concepts. I've also incorporated the idea of the AI output containing errors, but serving as a valuable trigger for understanding.
Defining the Process
My latest thought delves into the core of the problem: relying too heavily on AI for thought refinement limits my ability to articulate ideas independently. I'm focusing on "closed" thought and how AI interactions can inadvertently perpetuate this. To counter this, I'm adapting the concept of math re-derivation. The current goal is to transform "closed" thoughts into "open" ones through a structured process. This involves writing out ideas independently after an AI chat and gradually reducing dependence on AI.
Expanding the Framework
I'm now expanding on the 'save point' problem, recognizing the reliance on AI for initial insights. I'm focusing on how the "dump" — saving the AI output as is — prevents true internalization of the ideas. The math metaphor has become a central piece of this process; the goal is to drive home the necessity of re-derivation, to ensure that I can arrive at the same place independently. I am currently outlining strategies on how I can achieve that state. I need to make sure the reader sees that even an incorrect AI output can be a valuable starting point, if they take the re-derivation process seriously.
Building the Process
I'm now focusing on a practical 'training' section. It's about using AI as a starting point, but then actively working to solidify the ideas in my own understanding. The key is to engage with the AI, get the answer, then hide it. The challenge is to articulate the insights independently, transforming "my weird words" into "everyone's words." It's about a fundamental shift in how I interact, prioritizing learning over quick answers. This process is becoming more defined.
Analyzing the Framework
I'm now zeroing in on the importance of the initial "context trigger." This concept drives the entire process. I'm reviewing the overall framework to ensure it explicitly addresses how this trigger works in practice and how it contrasts with the pitfalls of direct AI reliance. I'm focusing on the integration of the "context trigger" to make the training section clearer.