A Quantum Computing Refresher
The basics of quantum computing can be hard to comprehend — and even more difficult to remember. Here are five key points to keep in mind, in commonsense language.
The basics of quantum computing can be hard to comprehend — and even more difficult to remember. Here are five key points to keep in mind, in commonsense language.
Quantum computing poses one clearly identified threat — the ability to compromise almost all current digital encryption. Here’s how to prepare today.
Quantum technology will require a specialized workforce — but it won’t all be high-level researchers, engineers and computer scientists.
New quantum chips are bringing the technology closer to practical application, moving us closer to what’s called quantum advantage — the point at which a quantum computer can perform a task faster and more efficiently than a conventional computer. Why It Matters Except for a few experimental instances, today’s quantum computers can’t yet outdo classicalRead… Read more »
Researchers are already exploring applications for quantum sensing in navigation, energy and medicine, among others.
Quantum computing poses one clearly identified threat — the ability to compromise nearly all current digital encryption. Here’s how to prepare today.
The basics of quantum computing can be difficult to understand — and even more difficult to remember. Here are five key points to keep in mind, in commonsense language.