A Life And Career By Design: Qualcomm Exec Paul Jacobs

At an age when most boys are learning to throw a curveball and struggling with elementary algebra, Paul Jacobs was writing code. Simple code, to be sure, but code good enough to let him play the video game Adventure with his dad on a clunky, early laptop.

It’s no surprise that Jacobs, who was in sixth or seventh grade when he wrote his first programs, grew up to be an engineer.

From the Summer 2017 Adaptation issue of California.

A Little Dotty: Berkeley Startup Has a New Way to Make Your House Smart

When giant tech companies like Intel or Samsung need to make a circuit board, they simply pop one out of their multi-billion dollar fabs or pony up a few million for a new machine. But when you’re just a tiny, underfunded startup putting together a prototype that you need to bake, you’ve got to look for something simpler and cheaper—a lot cheaper.

New, Silicon-Free, Atom-Thin Transistors Could Usher in Tomorrowland

Moore’s Law—as first put forth in 1965 by Berkeley alum and Intel and Fairchild Semiconductor co-founder Gordon E. Moore—postulates that the number of circuits on an integrated circuit will double every two years. Amazingly, the prediction (initially just an observation) has held up in the decades since, leading to computers that are ever smaller and ever more powerful.

But Moore’s Law is now running up against hard limits, due to the physical properties of silicon, the semiconducting material used in computer chips.

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