Mark Gurman: Apple Made 'Major Mistake' With iPhone Duo Pre-Orders - MacRumors

Solid processor performance across the board Could benefit from a higher resolution display

Flight expert Zach Griff shares why he always brings an extra phone in his carry-on backpack. It's probably tucked away in a drawer, stashed in your desk or nightstand, beneath chargers, stray cords, and pieces of paper you don't think you're supposed to throw out but probably will never need again. You probably haven't thought about it since you put it there. But Zach Griff's old phone is in his carry-on backpack. Griff, a travel expert and author of the travel newsletter From the Tray Table, estimates that he flies an average of 150,000 miles a year. And for the past 11 years, he said, he's carried his retired cellphone with him around the world. Why you should always travel with 2 phones

For all their promise, quantum computers have a hard time modeling the interactions between the two families of building blocks that underlie our Universe – can you imagine a chef that struggles to describe how sugar and milk make cake? But researchers may have found a way to overcome this challenge by modeling a theoretical 'hybrid' quantum computer that promises to combine the best of both worlds. The fundamental particles that make up the cosmic cake of our existence are grouped as either fermions or bosons. In simplest terms, fermions are particles of matter, including electrons and protons, and bosons include force-mediating particles, like the photons (light) that carry the electromagnetic force.  Quantum computers are great at modeling fermions, because they're more discrete, just like the qubits that power quantum computing.

Single-cable connection for two displays 65-watt pass-through power could be limiting