Who could have thought that Raptors would steal all the attention, shrieks and squeals in the latest peek into the Jurassic universe! Not T-Rex. Not I-Rex. But Raptors.
Perhaps it had to do with the odd combination that turned out a killer one (literally). Small in size but huge in power and intelligence. The agility of a squirrel married with the fierceness of a beast.
No marks then for guessing why the very idea of Quantum IoT would be a sure-shot blockbuster. Quantum computing is way more powerful and faster than classical computing, according to many fans. Imagine what happens when it is fork-lifted from the giant rooms of a supercomputer and planted on a fence!
Yeah, see this is where the popcorns come in.
THAT THING OUT THERE. THAT'S NO DINOSAUR.
Unlike classical computing—which is based on pure binary play—quantum computing breaks a lot of rules. Here two things can be in two places—and at the same time. The 0 or 1 system is what classical computers work on. But quantum computers work on ‘qubits’. So they can process more information, at a faster pace, and still be comfortable with a lot of complexity. That plays very well when we are talking about the immense heterogeneity and volume of IoT devices.
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