Quantum computers are coming. But what exactly are they and what can they do for us?

Despite constantly using algorithms defined as artificial intelligence and losing millions of jobs to it, we're still not sure where this technology can go and if it's really intelligent.

Thanks to science fiction we're all familiar with the term cyborg, but what it means is actually a lot less defined than it appears at first glance.

According to sensationalistic headlines, the hypothetical ninth planet in our solar system is a tennis ball sized black hole. According to physics, it's far more likely to be literally anything else.

Few topics today are as relevant and impactful as automation, changing the fortunes of developing nations and deeply reshaping the economies of politics of wealthy ones.

The long-debunked story of NASA buying ridiculously expensive pens is just too gratifying for some people to pass up.

The massive structure designed to capture the energy of an entire star envisioned by Freeman Dyson is popular in science fiction. But can we build it? And have alien civilizations tried a similar idea?

Politicians need to keep their voters happy and voters don't like to be offended. But it turns out, dishing out a little offense once in a while gives politicians a real edge.

We know that black holes are bizarre. We know they exist. We even have a picture of one. But what exactly are they?

Politicians aren't in a hurry to lower emissions even as the world's temperature rises. Can we buy more time to fix the environment with a giant orbiting sunshade?

A new study shows just how little we know about why Venus became the hothouse world it is today.

Planes capable of suborbital flights reducing emissions from air travel sounds absurd at first glance, but a lot more plausible when you consider the technology they plan to use.

Imagine a device from science fiction capable of creating a self-replicating, constantly improving robotic hivemind. I wanted to know if we could build one today. Then I sort of did.

It turns out that some quantum systems don't want to decay into their most chaotic state. Instead, they want to return to the state in which they started.

For the first time, an AI was trained how to simulate a universe 600 million light years across. Does how fast it was able to do it and how well it understood its task tell us something profound about the cosmos?