computers

The Road to Solid-State EVs — Part Two

By Jim Ringold “Solid state” is a very popular buzzword these days. Our topic in this series is solid-state electronics, electronic circuits built out of solid materials. In physics, it refers to the electromagnetic, structural, or thermodynamic properties of a solid. Electronic vehicle (EV) discussions also brings us to solid-state batteries … [continued]

The Invention of the Processing/Switching Power that Controls a Modern Computer-Managed Electric Vehicle

Three things.  First this is an effort to describe Solid State EV’s in layman’s terms, no abbreviations that are not initially spelled out. The descriptions are simplistic and may not be technically perfect down in the weeds.  Finishing this first segment is “solid state” 101.  We are going to go back in solid state history and explain why an EV is even electronically possible.

Annie Easley, The Rocket Scientist Who Worked At NASA Before It Was Even Called NASA

Annie Easley started out studying pharmacy at Xavier University in New Orleans, but when she married and moved to Cleveland, she discovered the university there had just closed its pharmacy program, and started looking for a different career. When an article in a Cleveland newspaper about twin sisters who worked as ‘human computers’ at the then-NACA caught her eye, she applied there, was hired and the rest is history.

Tesla’s New HW3 Self-Driving Computer — It’s A Beast (CleanTechnica Deep Dive)

A month ago, Tesla revealed several secrets regarding the new chip the Silicon Valley company has designed for full self-driving capability. Nonetheless, some of the people making that presentation may have failed to take into account that not everyone is fully literate in microprocessor design and engineering. I don’t fall into that category either, but I have been a computer enthusiast for quite some time and know a few things that might help me pick out some of the highlights, point out why they are so exciting, and further communicate how Tesla really is way ahead of the competition.