New research shows that AI language models can develop a mathematical “understanding” that differentiates between events that are commonplace, improbable, impossible or just plain nonsense.

At Dartmouth, long before the days of laptops and smartphones, he worked to give more students access to computers. That work helped propel generations into a new world. By Kenneth R. Rosen Thomas E.

Sixty years ago, on May 1, 1964, at 4 am in the morning, a quiet revolution in computing began at Dartmouth College. That’s when mathematicians John G. Kemeny and Thomas E. Kurtz successfully ran the ...

A study on visual language models explores how shared semantic frameworks improve image–text understanding across multimodal tasks. By ...

As meaning-makers, we use spoken or signed language to understand our experiences in the world around us. The emergence of generative artificial intelligence such as ChatGPT (using large language ...

On May 1st, 1964, two Dartmouth professors by the names of John Kemeny and Thomas Kurtz debuted BASIC, a revolutionary programming language credited for expanding computer literacy outside the realm ...

I was entering the miseries of seventh grade in the fall of 1980 when a friend dragged me into a dimly lit second-floor room. The school had recently installed a newfangled Commodore PET computer, a ...

Thomas E. Kurtz, who translated the exhilarating power of computer science in the 1960s as the coinventor of BASIC, a programming language that replaced inscrutable numbers and glyphs with intuitive ...

Thomas E. Kurtz, who translated the exhilarating power of computer science in the 1960s as the coinventor of BASIC, a programming language that replaced inscrutable numbers and glyphs with intuitive ...