After over a year on hiatus due to health issues, professional wrestler Kenny Omega made his much-anticipated return to the ring at Wrestle Dynasty on Jan. 5. He marked the occasion with a brand new ...

Kenny Omega said his new theme song comes from Final Fantasy composers Masayoshi Soken and Nobuo Uematsu and FFXIV singer J.C. Miller.

Kenny Omega has promised a new entrance theme to accompany his return to the ring at AEW x NJPW Wrestle Dynasty. Omega is ...

Marvel Omega is a Roblox PVP game inspired by Marvel. In this game, you’ll collect characters like Iron Man, Wanda Maximoff, and Thor, explore a massive open world, and fight friends or ...

The company revealed the model, Phi-4, on Thursday. The algorithm’s performance is notable mainly because of the way it was built: Microsoft trained Phi-4 mostly on synthetic, or machine ...

Microsoft’s new Phi-4, a 14-billion-parameter language model, represents a significant development in artificial intelligence, particularly in tackling complex reasoning tasks. Designed for ...

Microsoft has announced Phi-4 — a new AI model with 14 billion parameters — designed for complex reasoning tasks, including mathematics. Phi-4 excels in areas such as STEM question-answering ...

Ahead of his NJPW Wrestle Dynasty match, AEW wrestler Kenny Omega reveals that his new theme song was made by a beloved Final Fantasy composer.

Here’s how it works. Microsoft has released a set of benchmarks showing Phi-4 outperforming even large language models like Gemini Pro 1.5 on math competition problems. Small language models ...

The 14-billion-parameter Phi-4 frequently outperforms much larger models like Google’s Gemini Pro 1.5, marking a significant shift in how tech companies might approach AI development.

Microsoft has introduced Phi-4, the latest addition to its Phi family of small language models (SLMs). With 14 billion parameters, Phi-4 stands out for its ability to tackle complex reasoning ...

Phi-4 is positioned as a lightweight alternative to larger models like GPT-4, targeting tasks that demand precision without requiring substantial computational resources. It is designed for ...