Nvidia CEO Jensen Huang predicts English, not C++, Python, or any traditional coding language, will become the most powerful programming language due to AI advancements.

Nvidia CEO Jensen Huang says English could become the most powerful programming language as AI reduces the need for traditional coding and shifts focus toward intent-driven human-machine interaction.

New benchmark shows top LLMs achieve only 29% pass rate on OpenTelemetry instrumentation, exposing the gap between ...

You've probably heard about Arduino and Raspberry Pi. Both show up in maker forums, both get recommended for electronics projects, and both have passionate communities. So which one do you actually ...

Print Join the Discussion View in the ACM Digital Library The mathematical reasoning performed by LLMs is fundamentally different from the rule-based symbolic methods in traditional formal reasoning.

NT NETWORK VALPOI Students of Unity High School, Valpoi, have designed and developed an Artificial Intelligence-based robot as part of the school’s Robotics Programme. The robot has been built to ...

According to the reports by WHO, more than 1 million people die every year due to lack of access to safe water, and every 2 minutes a child dies from a water or sanitation-related disease. That means ...

The Government has published its blueprint for enforcing artificial intelligence (AI) rules across Europe. This, of course, matters because Google, Meta, Apple, Microsoft, X (formerly Twitter) and ...

As sensor data overwhelms the cloud, Innatera’s neuromorphic chips bring always-on, ultra-low-power AI directly to the edge. But how?

Imagine starting your day with a quick, digestible summary of the most important tech conversations happening on Hacker News.

The world’s most popular programming language is losing market share to more specialized languages such as R and Perl, Tiobe ...

CrashFix crashes browsers to coerce users into executing commands that deploy a Python RAT, abusing finger.exe and portable Python to evade detection and persist on high‑value systems.