OpenAI claims its next-generation AI model and 10,000 agents have solved the 'Navier-Stokes' equation, a legendary mathematical challenge. We explain why this matters and the controversy surrounding it.
We explore the stringent sanctions introduced by the scientific research platform ArXiv to prevent 'AI slop'—low-quality, AI-generated content.
OpenAI's unreleased next-generation AI model, 'Astra,' has solved 10 mathematical and theoretical computer science challenges that human experts had failed to crack for years—all in a single day. By publishing the proofs, it demonstrates the potential to radically lower the costs of scientific discovery.
OpenAI's recently unveiled AI model, GPT-5.6 Sol, is garnering significant attention for solving a mathematical problem that has remained unsolved for over 50 years. We explore how AI is becoming a new protagonist of scientific discovery, moving beyond simple text generation.
Robots that do scientific experiments for us—just how much automation is possible? We explain the present and future of laboratory robotics in an easy-to-understand way.
AI and mathematicians have collaborated to prove why lattice triangles are almost non-existent in certain mathematical domains.
We introduce a case where the latest AI models like GPT-5 analyzed complex genetic data to solve a challenge in immunology research.
An easy-to-understand explanation of the secrets and scientific research behind a mysterious wild mushroom that makes people see the exact same 'little fairies' when consumed.
arXiv, a scientific paper repository struggling with AI-generated fake papers and references (AI slop), has introduced a strict penalty rule of a 1-year ban on submissions. We easily explain why this policy is important and what impact it will have.
We explain in simple terms how Google DeepMind's new AI technology is uncovering the origins of the universe and stabilizing gravitational wave observation equipment.
How is AI becoming the key to unlocking the secrets of the universe? Introducing the latest AI technology that stabilizes gravitational wave observations and identifies galaxies with 99.7% accuracy.