too soon.
Thanks for the very thorough rundown! You make it sound way more boring than what I originally imagined.
I think you missed the sweetest part of Lisen's story:
Completely deserved a star for that. Congratz.
I'm not a fan either. When looking through search results, scanning articles, or reading facebook feeds, I like to scan a bunch of things then decide what I want to click through to. That means I go back through the list and click the things that I've decided are at the top of my priority list for the time I have…
I think this is it. The darker red areas are 4G, the regular red is 3G.
Is it just me, or does Apple look screwed here?
Probably most of the pieces from an impact would not go into orbit. Small pieces spinning out of control and heading toward Earth just to burn up in the atmosphere is not a problem. It's the pieces that stay in orbit that are the issue. If you smash into something most of the pieces aren't going to establish a stable…
If the announce date is Sept 7, when will the release date be? That's what I'm really interested in.
I think the comic is trying to get across the point that the uncommon password is not as uncommon as we'd like to think.
Government often drives innovation, even if you don't agree with the mission. Who else has the $ to offer 1 million to competitors for Phase 1 of a project? If these threads are invented then you will be wearing them in the next 5-10 years too. Plus, our soldiers are worth it. The DoD was going to spend this money on…
Yes, why is that? And how to I get my $0.001 in change?
I can't stop thinking of what all those pointy bits are going to do to your body in a crash. Ewww.
Zing! And thank you for pointing that out. Agreed.
I was about to type the same thing ... thank you for knowing how our republic actually casts votes for the president.
This article isn't concerning multi-component vaccines, which sometimes do contain metals to keep the various antibodies from clumping together in the bottle. This is concerning a single component vaccine that will have receptors for the parts of the flu virus coating that do not vary from strain to strain. So it…
Yes, that banana clip was very impressive.
The paper is a little shallow on looking at incoherent (hence destructive) interference. So I agree that on average the signals will add and subtract to equal zero energy gain, but in individual domains the coherent addition can add up to damage cells in that domain.