Algorithms are part of our everyday life. For example, when you Google a question, it is an algorithm that brings up the most popular sites. Using a proprietary computation, Google ranks the websites ...

A team of EPFL researchers has developed an AI algorithm that can model complex dynamical processes while taking into account the laws of physics—using Newton's third law. Their research is published ...

EPFL Professor Giuseppe Carleo and a graduate student from Columbia University named Matija Medvidović have found a way to execute a complex quantum computing algorithm on a traditional computer.

Mashable’s series Algorithms explores the mysterious lines of code that increasingly control our lives — and our futures. “The Algorithm” is impenetrable. It’s mysterious, it’s all-knowing, it’s ...

Technology is continuously advancing and exponentially increasing the amount of data produced. Data comes from a multitude of sources and formats, requiring systems to process different algorithms.

Extracting and analyzing relevant medical information from large-scale databases such as biobanks poses considerable challenges. To exploit such "big data," attempts have focused on large sampling ...

Perhaps the greatest challenge of the algorithm revolution is that as machines and the algorithms that drive them have become ever-more complex, we are rapidly losing our ability to understand how ...

Tyler Lacoma has spent more than 10 years testing tech and studying the latest web tool to help keep readers current. He's here for you when you need a how-to guide, explainer, review, or list of the ...

Complex networks are ubiquitous in the real world, from artificial to purely natural ones, and they exhibit very similar geometric properties. Algorithms based on quantum mechanics perform well on ...

Google's John Mueller said it is not true that Google's own engineers do not "know the exact composition of their highly complex algorithm." Many folks in our industry, including myself, doubt that ...