I can give you an answer, but it'll have to take less than three minutes to explain. More than three minutes gets rounded to six minutes, a billable tenth of an hour.

I just looked at the company's website. There, they do call them protons: "In PIE, high-energy protons (or hydrogen ions) are embedded into 'donor' wafers", where PIE means "Proton Induced Exfoliation".

I think they're calling them hydrogen ions to clarify where the hydrogen bubbles come from.

Personally, I'd guess that a turn signal will convince the AI to allow an intentional lane change.

I am shocked --SHOCKED!-- to learn that I something on the internet might be incorrect.

Why do Android upgrades take so long? You're kidding, right? Probably not... about the time that Android 4.0 came out, there was an article about Android 2.3 being "long in the tooth". I bought my Android 2.1 phone in June 2010. Android 2.2 had just come out, but the only things that the 2.2 phones offered over 2.1 were built-in wifi sharing (didn't need), 4G (not available within 300 miles of my home), and a front-facing camera -- and I wasn't going to spend an extra $100 for the front-facing camera. Since then, Android 2.3 came out (December 2010), then 3.0 (February 2011), 3.1 (May), 3.2 (July), and 4.0 (October). Looking back, 2.1 came out in January 2010, and 2.0 in October 2009. Ignoring the tablet-only 3.x, that's still five versions in two years! Even the ten month wait from 2.3 to 4.0 is hardly an eon.

Alas, we have no way to conduct servicing missions to maintain HST. Sooner or later, it will have to be decommissioned.

Did anyone else notice that the EEG machine used to measure the ability to ignore noises was muted?