
Writing With AI After 2022: Tools Changed. The Work Did Not.
AI writing tools changed quickly after 2022. The essential work of finding an idea, researching it, making choices and controlling expansion remains human.
Generative AI is changing how we write, create images, organize knowledge, and interact with digital systems. But understanding this shift requires more than following new models and product releases. It requires experimentation, critical reflection, and a closer look at the ideas behind the technology.
This blog explores language models, generative art, prompt engineering, associative memory, and emerging AI workflows. It examines how these systems behave in practice, where their limitations become visible, and how they influence creative and intellectual work.
The articles also address the broader questions surrounding artificial intelligence: alignment with human goals, power and responsibility, copyright, regulation, and the increasingly complex relationship between people and machines.
Expect technical explorations, creative experiments, conceptual essays, and practical observations—written for readers who want to understand not only what generative AI can produce, but how it changes the way we think, create, and navigate information.

AI writing tools changed quickly after 2022. The essential work of finding an idea, researching it, making choices and controlling expansion remains human.

This blog post covers the fundamentals of sharpness, clarity, and resolution in AI-generated images. Discover practical applications and how to assess these metrics using Python libraries.

This blog post discusses the Tree of Thought approach for improving large language models and its limitations, then introduces meta-learning as a potential solution. It further explores the advantages of integrating knowledge graphs, which offer a more structured and scalable way to handle complex relationships and continuously learn from new data, ultimately enhancing the reasoning capabilities of LLMs.

The Chain, Tree, and Buffer of Thought approaches are techniques designed to improve language model performance in complex problem-solving tasks. By iteratively refining outputs, exploring multiple reasoning paths, and leveraging thought templates, these methods address the limitations of sequential processing, enhance relational reasoning, and improve accuracy and efficiency in LLMs.

Explore how CLIP, an innovative AI model by OpenAI, generates objective aesthetic scores for artwork. Discover its implications for the art world, from democratizing art evaluation to uncovering new talent and enhancing art education.

Have you ever encountered a situation where using the same seed in Stable Diffusion results in different images? This inconsistency can be frustrating, especially when striving for uniformity in style or attempting to replicate a specific result. This blog post will explore the potential reasons for these variations and provide actionable tips to help you troubleshoot and resolve these issues.

Discover how seeds are crucial in Stable Diffusion’s powerful image generation technique. Learn how to harness the power of seeds to achieve reproducibility, style consistency, and practical parameter experimentation, ultimately enhancing your creative projects.

The article examines the constraints of auto-regressive language models, which struggle with complex reasoning due to their fixed computational steps. It proposes integrating associative memory structures like graphs to improve reasoning abilities, enabling models to better represent real-world relationships, perform multi-hop reasoning, and efficiently retrieve relevant information. The piece also highlights the potential of combining graph-based structures with language models for applications such as question answering and problem-solving.

The blog post compares LLM and NER performance in Named Entity Recognition tasks, highlighting trade-offs between efficiency and specific AI-driven data pipeline requirements.

The rise of AI brings about revolutionary opportunities and significant challenges, requiring a comprehensive regulatory approach. The EU's proposed AI regulation, an ambitious attempt to harness the power of AI while mitigating its risks, could set a precedent for global AI governance. This piece delves into the intricacies of this groundbreaking act and its potential consequences and benefits