A comprehensive glossary of artificial intelligence terminology has been compiled to help readers understand the rapidly expanding AI landscape. The guide covers core concepts such as generative AI, large language models, and deep learning, as well as emerging topics like AI safety, ethics, and agentive systems. Definitions are presented in clear language, highlighting practical examples—from chatbots like ChatGPT and Claude to multimodal models that process text, images, and audio. The resource serves as a reference for anyone looking to navigate AI‑driven products, research, and industry trends. Leer más →

Artificial intelligence has long powered everyday digital experiences, but a newer branch called generative AI is reshaping how machines create content. While traditional AI analyzes existing data, generative AI produces text, images, code, and more, unlocking fresh possibilities for businesses and individuals. Experts caution that the rapid rise of these tools brings both opportunity and misinformation, urging users to seek reliable education and develop digital literacy. Drawing parallels with the internet boom of the 1990s, the story emphasizes learning to harness generative AI responsibly rather than fearing it. Leer más →

An extensive collection of artificial intelligence terminology has been compiled, covering foundational concepts, emerging technologies, ethical considerations, and practical applications. The glossary defines everything from basic machine learning ideas to advanced generative models, providing clear explanations for professionals, students, and anyone interested in understanding how AI is integrated into modern products and services. Leer más →

Meta researchers have introduced V‑JEPA, a video‑based AI system that learns physical intuition without explicit physics rules. By masking video frames and predicting high‑level latent representations, the model focuses on essential scene elements and exhibits surprise when confronted with physically impossible events. In tests of intuitive physics, V‑JEPA achieved near‑human accuracy, far surpassing conventional pixel‑space models. The system has also been adapted for robotic manipulation, though its short‑term memory limits performance on longer‑duration tasks. Researchers view V‑JEPA as a step toward AI that perceives the world more like humans. Leer más →

OpenAI revealed its goal to develop an intern‑level AI research assistant by September 2026 and a fully autonomous "legitimate AI researcher" by 2028. The announcement came during a livestream with CEO Sam Altman and chief scientist Jakub Pachocki, who described the upcoming system as capable of handling large research projects independently. In parallel, OpenAI transitioned to a public‑benefit corporation, freeing it from non‑profit constraints and allowing new capital‑raising opportunities. The nonprofit OpenAI Foundation will retain a 26% stake, oversee research direction, and commit $25 billion to disease‑curing initiatives, while the for‑profit arm plans massive infrastructure investment to support the ambitious AI roadmap. Leer más →

Researchers at Oregon State University and Florida State University have created a smartphone‑powered AI that predicts avocado firmness with over 90% accuracy, helping consumers and retailers time the perfect moment to eat or sell the fruit and reduce waste. The app is still in development and not yet available to the public. Leer más →

Researchers at Oregon State University and Florida State University have created a smartphone‑based artificial‑intelligence tool that can predict avocado firmness with more than 90% accuracy. By analyzing subtle cues in photos, the model tells users when a Hass avocado is perfectly ripe, helping shoppers and retailers avoid the narrow 15‑second window between hard and overripe fruit. The technology targets the massive waste of avocados—estimated at nearly a third of all harvested produce—by giving consumers a reliable way to time consumption, with broader applications envisioned for other perishable foods. Leer más →