FTFA: "...having the source device configure content for the specific display."
I really hope that this means that we'll soon be able to put/position multiple HDMI streams on one large display, like a background stream, program streams, and Nest/Ring/Sec camera windows on one big display.
Lcd/Plasma/OLED/TV's began to lose PIP (Picture-in-Picture) capability over a decade ago, so it's about time that feature came back to we the new consumers.

Tens of Millions of JUUL device owners are out there - Flavored "Pods" have been outlawed.
JUUL should sell the device+charger with 1 Tobacco, and 2 newly designed empty but REFILLABLE pods from now on. ...and sell empty REFILLABLE pods to please its customer base that loves JUULs' form factor. ...but mostly the white LED night light feature that JUUL alone features!

FTFA: "The space hurricane was more than 620 miles wide and high in the sky -- it formed in the ionosphere, between 50 and 600 miles up."
My questions are:
1. Does this phenom affect orbit paths & positions of large and small SATs?
2. Surely this has happened before, and it will again: Were we already prepared for this one?

BRAVO, ENCORE !!!
ROHS is designed-in obsolesence as well.
#Tinwhiskers

The problem is that keys used today are weak - and the ones used in the past even weaker.

In 2030 it will be trivial for a nation state to forge an email sent in 2020 that matches today's DKIM, and for a bedroom hacker to do it for an email sent in 2010.

Encryption that we tend to use is good enough for now - but not for 20 years time. In the 2032 election when Donald Jr is dukeing it out with Ocasio-Cortez, it will be easy for Russia, China, Nigeria, or probably even 4chan, to fake some SKIM signed emails from 2016 showing they actually planned to secretly take over the country in a Kang vs Kodos way.

He also mentions "In 2018, the Associated Press used it once again to verify leaked emails tying a Russian lawyer to Donald Trump Jr."

Literally the sentence before.

Your bias (and that of slashdot) is showing. He's not being partisan, but you are

But was it protected? Did they have lights or ladders or people just outside the 4:3 safe part which were cropped out in post? I believe that was a key reason TNG couldn't be done widescreen (sure you can recreate widescreen CGI, but while the actual film may have been available 16:9, it wasn't filmed 16:9 safe.

It's a survation poll, a reputable polling company. The questions asked, and the answers, are at https://okfn.org/about/press/r... and the linked sheet

The only thing OKF had to do with it was setting the questions. Now that in itself can be very powerful (https://www.youtube.com/watch?v=G0ZZJXw4MTA), but here they didn't get the answers I think they wanted so if they were trying to rig the poll, they didn't do a very good job

Wouldnâ(TM)t it take a little more due to oberth effect of burning at GEO rather than LEO?

The 1500m/s is to do the uncontrolled crash and burn - hitting atmos at thousands of metres a second.

You might get a slightly more efficient (1300?) if you burn into a lunar free return trajectory if everything lines up, someone who has a clue may know more.

No. From geostationary orbit, it is significantly easier to escape into space

It's about 4.3km/sec at GEO isn't it, so a delta-v of about 1300m/s, not much less than 1500m/s back to earth? Or am I remembering figures wrong?

Of course some would enter a lower orbit, the amount of energy needed to get them to LEO or start getting drag from the atmosphere from GEO is about 1.5km/s.

Sure, it would only need about 10-15m/s for some debris to get down to GEO from graveyard, but the risk is obviously less in graveyard than leaving it in GEO.

Parts accelerating towards or away from earth won't dramatically change it's apogee/perigee. Enough of a boom could cause it to intersect with GEO I guess, but I assume the graveyard orbit is high enough that that's a very low chance (i.e. parts wouldn't accelerate by more than 10m/s on an explosion)

If the explosion was big enough, in GEO or GTO, parts accelerating prograde could reach escape velocity (that would be enormous - 4-5km/s), parts accelerating retrograde could reach LEO or atmosphere (1.5km/s). the chance of a part getting the right amount of deltaV in the retrograde direction to put its perigee in LEO, but not impact the atmosphere to burn up in a few days, is pretty low, and pretty much the same whether it's in GEO or a graveyard orbit.

To drop the satelite's perigee to low enough to be impacted by drag in a relatively short time (say months or years) would need somewhere on the order of 1500m/s of delta-v.

Boosting orbit to the graveyard orbit requires about 11m/s

Download Kerbal Space Program
Play it for a bit
Never watch spaceships heading towards a planet again without screaming