Human-centred technology—from everyday life to deep engineering.
How artificial intelligence and digital systems affect learning, work, creativity, judgment and human agency.
How large language models can create adaptive physics courses, generate responsive exercises, and organize a personal scientific knowledge database—without replacing verification, mathematical discipline, or human judgment.
A practical architecture for using LLMs to create tailored physics courses, manage a personal knowledge base, retrieve scientific concepts, and safely control the underlying database.
What if the most sophisticated technology of the future isn’t a silicon chip, but your own nervous system? While we were busy looking at the screens, a quiet revolution began…
This week’s note is exceptionally long, but for a critical reason: The GenAI Divide is not just an interesting trend; it is the absolute core of our present work and…
How LLMs are Revolutionizing Deep Learning How do you teach yourself quantum mechanics, Kant, or advanced thermodynamics without burning out? The secret is a new workflow: The Sandwich Method. In…
Why do so many companies fail to deploy AI, and is it because employees are using it wrong? A look into the data, strategy, and human barriers stunting the AI…
The emergence of Large Language Models (LLMs) has ignited considerable excitement across various technological domains, and software development is no exception 1. These sophisticated AI systems, trained on vast datasets…
Welcome back after a small break where we have strengthened our AI capabilities and made some adjustments to our editorial strategy. We are back with an article on the possible…