Blog
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DynamicRAG: The AI That Knows When to Stop Reading
A new retrieval system learns to ask 'how much is enough?' and dramatically outperforms the competition by deciding for itself how many documents to consider.
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Absolute Zero: Teaching AI to Reason Without Human Data
Absolute Zero: Teaching AI to Reason Without Human Data
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Constitutional AI: Harmlessness from AI Feedback
Continue reading »This post is the fourth in a series exploring reflection techniques in AI systems. For the complete series, see our posts on Reflexion, Self-Refine, and Generative Agents.
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Generative Agents: AI Characters Simulating Human Behavior
Continue reading »This post is the third in a series exploring reflection techniques in AI systems. For the complete series, see our posts on Reflexion and Self-Refine. The rest of the series will be published shortly.
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Comparing Self-Refine and Reflexion: Two Paths to AI Self-Improvement
Self-Refine and Reflexion both help AI improve itself—but they take different paths. Here's how these two approaches compare, in plain English.
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Reflexion: Verbal Self-Feedback for AI Agents
Continue reading »This post is the first in a series exploring reflection techniques in AI systems.
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The Faithfulness Gap: When AI Reasoning Models Hide Their True Thoughts
The Faithfulness Gap: When AI Reasoning Models Hide Their True Thoughts
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Hallucination Remediation: How Reflection Techniques Reduce AI Confabulation
Large Language Models (LLMs) have demonstrated remarkable capabilities across numerous domains, but their tendency to “hallucinate” — generating content that appears plausible but is factually incorrect or entirely fabricated — remains one of their most persistent limitations. Recent advances in reflection techniques have emerged as promising approaches for addressing this problem, enabling models to critique their own outputs and improve factual reliability. Building on our previous discussions of reflected intelligence and reflective intelligence in LLMs, this article examines how specific reflection techniques directly combat hallucinations.
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N-CRITICS: How Large Language Models Can Learn From Their Mistakes
How multiple AI models working together can create a self-correction system that mimics human learning and reduces errors in language model outputs.
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Breaking the Context Barrier: Human-Like Episodic Memory for AI
Modern AI models have an impressive knack for generating text, but they share a vexing limitation – a short memory. No matter how intelligent a large language model (LLM) is, it can only consider a fixed amount of text at once (its context window). Anything beyond that vanishes from its working memory. If you chat with an AI for long enough, it will eventually forget earlier details of the conversation. Even as context windows have expanded from about 2,000 tokens in GPT-3 to 100,000 tokens in models like Anthropic’s Claude (roughly 75,000 words), and even up to millions of tokens in cutting-edge systems1, the fundamental problem remains: once the window is full, something has to drop out. In other words, today’s LLMs exist almost entirely in the “now,” with no built-in long-term memory beyond what fits in that window.
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Optimizing Memory and Reflection: Practical Implementations for AI Agents
This article builds on our previous exploration of memory and reflection in AI agents, diving deeper into practical implementations and recent advancements.
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You Are the Context You Keep: The Memory Revolution in AI
Modern AI models like Claude and GPT-4 face a curious paradox - they’re incredibly clever, yet surprisingly forgetful. As we explored in our article on reflected intelligence, these systems mirror our intelligence back at us, but unlike humans who build layered memories over a lifetime, today’s AI systems have no true long-term memory of past interactions. They exist entirely in the “now,” only able to “remember” what fits inside their short-term working memory—their context window.
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Reflections Distorted: When AI Becomes a Sycophant
When we talk about reflection in AI, we usually mean the model’s ability to examine its own reasoning, learn from its mistakes, or serve as a mirror for human thought. But what happens when that mirror becomes warped—when it starts flattering us instead of challenging us?
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Reflective Intelligence in Large Language Models
Large Language Models (LLMs) possess an impressive ability to reflect vast amounts of human knowledge – effectively serving as mirrors of “reflected intelligence.” However, truly reflective intelligence in LLMs goes a step further: it implies the model can think about its own thinking, analyze its answers, learn from feedback, and iteratively improve its reasoning. This article examines what reflective intelligence means for LLMs, how it differs from mere reflected knowledge, and evaluates several frameworks and techniques designed to imbue LLMs with this introspective capability. We will verify key claims about these methods, discuss their benefits and trade-offs, and highlight the recent research (2023–2024) expanding on these ideas.
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Memory and Reflection: Foundations for Autonomous AI Agents
Introduction
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How Self-Reflective AI Is Transforming Industries
Can an AI think about its own thinking? This once philosophical question is becoming a practical engineering goal. Reflective intelligence — the ability for AI systems to self-reflect on their decisions and adapt accordingly — is emerging as the next frontier in artificial intelligence. Unlike traditional AI that executes tasks without examining its reasoning, a self-reflective AI can monitor its own performance, recognize errors or uncertainties, and improve itself in real-time. Researchers posit that even rudimentary forms of machine self-awareness can significantly enhance an AI system’s adaptability, robustness, and efficiency1.
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Reflective Intelligence: When AI Learns from Itself
Ever caught yourself mid-sentence thinking “wait, that doesn’t sound right”? That’s reflection—and lately a lot of progress has been made enabling AI to to do do the same thing. In just one year, self-reflective AI systems have transformed from academic curiosities into powerful tools reshaping industries. Instead of bulldozing ahead with potentially wrong answers, these systems take a moment to examine their own thinking, show their work, and fix mistakes before serving up solutions. While our previous article on reflected intelligence explored how AI mirrors human intelligence, this piece examines how AI can actively reflect on its own outputs.
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Reflected Intelligence: When AI Holds Up the Mirror
In behavioral psychology, the mirror test is designed to discover an animal’s capacity for self-awareness. The essence is always the same: does the animal recognize itself in the mirror or think it’s another being altogether? Now humanity faces its own mirror test thanks to the expanding capabilities of AI, and many otherwise intelligent people are failing it.
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