Portside

It wasn’t until almost a century after Boole’s pioneering work that the world caught up. Both Victor Shestakov at Moscow State University in 1935 and Claude Shannon at MIT in 1937 proposed using Boolean logic to design electrical switches, the latter’s work paving the way for a major shift in electrical engineering in the USA. By late 1948, Shannon had introduced what we now know as information theory, and digital computers soon followed.

Computers can translate French and prove mathematical theorems. But can they make deep conceptual insights into the way the world works?

That's what computers are really good at, relentless grinding. I can't call it intelligence, and I can call it artificial intelligence only in the sense that an inflatable palm is an artificial tree. I realize that we do have to call it something, though, but the term "artificial intelligence" probably confuses more than it illuminates.

An experimental browser shows how peer-to-peer technology can serve up entire websites, not just individual files.

Coprocessors and a neural network supercomputer may follow.

We have failed to make the honest case for quantum computing—the case based on basic science—because we’ve underestimated the public. We’ve falsely believed that people would never support us if we told them the truth: that while the potential applications are wonderful cherries on the sundae, they’re not and have never been the main reason to build a quantum computer. The main reason is that we want to make absolutely manifest what quantum mechanics says about reality