You're not missing much in this 304-word blurb. Outside of name-dropping, there's an introductory snippet that guides you to a video. > So how do they work? Yo

You're not missing much in this 304-word blurb. Outside of name-dropping, there's an introductory snippet that guides you to a video. > So how do they work? You may have heard that the normal rules of reality don’t always apply in the world of quantum mechanics. A phenomenon known as a quantum superposition allows things to kinda, sorta, be in two places at once, for example. In a quantum computer, that means bits of data can be more than just 1 or 0, as they are in a conventional computer; they can also be something like both at the same time. When data is encoded into effects like those, some normal limitations on conventional computers fall away. That allows a quantum computer to be much faster on certain tricky problems. Want a full PhD, or third-grade, explanation? Watch the video above.