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 ...

Long before you were picking up Python and JavaScript, in the predawn darkness of May 1, 1964, a modest but pivotal moment in computing history unfolded at Dartmouth College. Mathematicians John G.

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 ...

Fifty years ago this month, in 1964, a computer programming language winked to life that changed the course of a generation. While many would point to the rise of Unix and other ubiquitous programming ...

"In the years to come many voices will speak to you — voices that will clamor for your attention to tell you what it is that you should do with your life. Among these voices will be one — a voice ...

Why it matters: There's a good chance you cut your coding teeth on BASIC if you took a computer class back in the 20th century. The Beginner's All-Purpose Symbolic Instruction Code celebrated its 60th ...

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 ...

Can you believe it? The BASIC programming language is 50 years old this month. As you may know, BASIC was created in 1964 by Dartmouth College professors John Kemeny and Tom Kurtz as a system to ...

Nowadays, "basic" has a very different and derogatory Urban Dictionary-style meaning. Fifty years ago on this very day, however, it was the name given to a new computer-programming language born in a ...

Computers need programming languages to function. That’s just a simple fact of life. However, these languages didn’t just spring up out of nowhere. They were developed by people for explicit purposes.

Python has that operator ( / is floating point, // is integer division), and it's sometimes very useful. And the % remainder operator is super useful for working with modulo math. I have no idea how ...