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  1. Work on continues building up the L3 barrier as lava nears its top, by adding more material straight atop the crusted-over active flow. (photo: Stefán Jón Ingvarsson).

    If this thing keeps on going for years (shield-forming eruptions), the and are going to look like a crater..

  2. The 's emergency communication to guests seems to be... subpar.

    (Silica Hotel is at the Blue Lagoon)

  3. They're apparently aiming to reopen the a week from now. How? I have no bloody idea...

    I mean, first off, are they scheduling the end of the ? I mean, one eruption lasted 54 days. Active lava flows block the route from the north. Are they planning to come in through

  4. This "small" is proving to be much more of a pain than the last "big" eruption. :Þ The lava has nearly reached the height of the berms around the and the thermal plant. Workers will be working all night to raise them.

    Photos: RÚV / Ragnar Visage ; Stefán Jón

  5. Further work on my voting spreadsheet to find how extreme the votes would need to break for to get or not get the new compensation package. The numbers look a lot worse for Musk now

    A breakdown.

    1) Known entities, such as Leo Koguan, , , & the protest letter senders are in.

    2) voted AGAINST in 2018. I can't imagine that they'd vote FOR now. Not as sure how their mutual funds will vote, or what %.

  6. 8. "What , produced by and spread via distribution, is a problem for farmers in , and why?"

    failed this (admittedly difficult) question (the answer is allophane, which binds phosphorus and other minerals, water, and reduces soil cohesion).

  7. @starkmiriam ended up mortgaging everything he had to save the company that nearly ran into the ground. And thankfully, it worked (mainly due to an investment by to build an electric Smart car - if it had come a week later, paychecks would have bounced).

    kept resisting becoming the CEO because he was busy with ; after the company's third CEO left, he finally accepted (becoming the fourth) it in late 2008.

  8. A is a can containing primarily (A) (synthetic or natural), and (B) (which is basically fertilizer). The next largest component is , primarily organic carbonates (a - on the lower toxicity end as far as solvents go). Next most common are the metal foils ( and ). Next is the () separator membrane.

    In tiny quantities at the bottom of the list? Electrolyte additives and the itself.

  9. @cnishina You do realize that in the a catches fire *every three minutes*, right?

    Per mile driven, are an order of magnitude less likely to catch . Because they're not sitting on a tank of highly flammable liquid with no systems at all , plumbed up to a hot block and past an hot enough to ignite dry and surrounded by friction sources.

    Also, see that "tslaq of the world"? $TSLAQ is a short-seller group.

  10. @filmcritic Also, the fact that you think that fans aren't familiar with ... I mean, where to even start? That's like saying, " fans don't know that there was this guy named ...."

  11. @[email protected] @Aznorth @stux This is based on:

    * Obviously, colour ( is just "any red ", chalcedony being semiprecious /#chert - that is, cryptocrystaline )

    * Availability in large sizes

    * fracture

    * Brittle

    Obviously I can't do any more tests than that from here!

  12. @[email protected] @dominicvfx Also always left out of this story: was independently wealthy. He had just sold off his company NuvoMedia to Gemstar for $187M. Yet he put very little of his own money into the company; it was who risked everything he owned to save it, having to clean up Eberhard's mess.

    Literally, Eberhard was telling the board that the cars were going to cost a little over half what his actual numbers said they were going to cost.

  13. @[email protected] @dominicvfx Tesla did not "come from the work of and ". When and Eberhard/Tarpenning joined forces, (A) Musk was already working on exactly the same project, even with the same ACP powertrain (only on a Noble chassis), and (B) Tesla was a shell company with no tech of its own and not even the legal rights to its own name. And they did not "step down"; Eberhard was fired by the board (even his own appointee) for stringing them along on a pack of lies.

  14. @ross Play for a while, you'll get a much better understanding of the (very counterintuitive) nature of :)

    Oh, and how did they calculate things in the ? While final trajectories were analyzed with (compute-intensive) , rough trajectories were created with "", which basically sort of converts a trajectory into a problem.

  15. @mcfellaface Oh man, I forgot all about the ! Haven't watched a since the mid/late 1990s - and all of them. What people managed to fit into a couple dozen K (or even just a few K) was staggering, and simultaneously (A) inspirational and (B) giving a sense that I'll never be that good at coding ;)

  16. CW: Elon Musk

    @[email protected] @davetroy @Tnicholsmd And to be explicit, wasn't "bought out". Tesla was a shell company. It had no tech to its name - it was all ACP's. It didn't even own the trademark to its own name. No money changed hands. And - key point - *** was independently wealthy***. He had recently sold his compan NuvoMedia to for $187M.

  17. CW: Elon Musk

    @[email protected] @davetroy @Tnicholsmd Sorry, but this is revisionist history.

    Both of 's' early companies were mergers between pairs of startups, but he was *absolutely* working on them on his own at the time of the merger. Inc was the merger of Musk's X.com and 's Confinity. And when Elon and merged their forces, was already working on a converted with ACP's powertrain (while Eberhard was working on a with ACP's powertrain).

  18. @Timmy ... () separator membrane. Beyond all this, there's a variety of minor additives, as well as the small amount of itself.

    The main limiting factor in scaleup however is none of this; it's plant capacity. And in particular, film synthesis for the jelly rolls. Traditionally this is done with a wet-phase process, but this requires .s the length of a football pitch for each line to extract the .

  19. @Timmy While there's lots of out there, the rate of scaling up battery-grade nickel production is believed to be slower than the capability to scale up production, hence the expected shift to LFP in the coming years.

    So we've now covered the and . The next greatest bulk comes from the casing () and the (mainly organic carbonates - a product). After this comes the and current collector foils, then the...

  20. @Timmy (2) is already used in a wide variety of things, even refining itself.

    is the bulk of the long-range .s, and indeed, its limiting mineral. Most of it today goes towards making , where it's a major alloying agent (alongside ). Globally, is the biggest producer; in , is the biggest, thanks to the bolide deposit. has the largest resources.

  21. @Timmy Of course, pointing out that are only 1-3% automatically raises the question, "Okay, then what are they made out of?" And there's two major groupings at present. Shorter-range tend to use (Lithium Iron Phosphate) while longer-range EVs tend to use (Nickel Manganese Cobalt) or (Nickel Cobalt Alumium). These terms describe the - the anode in each case is (either natural or synthetic)

  22. @[email protected] Ah, you were thinking of home scale , while I was thinking of utility-scale . :)

  23. @tomstoreboe @elonmusk The average contains 5-10kg of lithium, the vast majority of which is recycled at the end of its life.

    The average vehicle burns its *entire weight in oil* every single year of its ~20 year lifespan. No recovery.

    is produced from sun-dried saltwater () or from super-concentrated ore mainly in a single mine in Australia ( / ). is one of the most polluting things humans produce.

    Luddites are the problem, not the solution.

  24. CW: Twitter

    @[email protected] @hackerfactor @[email protected] Not "prototypes". Serial production at . First deliveries to .

    And my apologies if me adding actual facts to the conversation about the topic that you tagged is problematic for you.

  25. CW: COVID, again. How screwed am I?

    @ZebraOnWheels There's a degree of separation in there with , so even without masks, there's no guarantee of "screwed". Masks lower the odds, though the degree depends on the type of . If you're really worried, get yourself a mask, such as a , and fit test it (you only need a portable and a bottle of , or even )

  26. @rmattila74 What does the human-readable data look like? Is it possible to automate?