He says it will disrupt development. He gives Intellisense as an example. Code completion has always disrupted by development.
He says it will disrupt development. He gives Intellisense as an example. Code completion has always disrupted by development.
Those stupid code completion add ons always disrupt my development. Which is why my IDE is a text editor.
It's interesting to hear just how much money Apple has loaned the people of the United States at very low interest rates.
Uh, this is the most uninteresting news ever. So, you're saying that Apple has put a lot of its spare cash into government bonds, which pay out the usual government bond interest; which are actually historically relatively low rates compared to other interest rates. This is interesting why, exactly?
When a company controls so much of the screen real estate,
These companies only control your screen real estate if you choose to use their services. If you don't, then they have no influence on your screen. Don't you get this? Are you a slave to social media and the opinions of other people?
OK, say that happens. Why would FaceBook give a flying fuck? At absolute worst a significant number of their staff who happen to be in America on one of those visas would get deported back to Mexico, or Britain or India or where ever they came from and would then be either re-hired by FaceBook(Mexico), FaceBook(Britain) or where ever, and probably at reduced pay rates. Any complaints and/ or lawsuits from the staff involved can safely be redirected to the White House.
Explain again why FaceBook would be unhappy about being given an excuse to reduce their employment costs.
Do you think your car drives you into a wall as soon as you drive into a tunnel?
GPS does not override sensor data.
... the Circle alwaus seemed...
I know from context that you meant to write "always", but my mind interpreted that word as "walrus"
Now how does that work?
/fæzm/ is a form of radical authoritarian nationalism that came to prominence in early 20th-century Europe, influenced by national syndicalism. Fascism originated in Italy during World War I and spread to other European countries. Fascism opposes liberalism, Marxism and anarchism and is usually placed on the far-right within the traditional left–right spectrum. ...
One common definition of the term focuses on three concepts: the fascist negations of anti-liberalism, anti-communism and anti-conservatism; nationalist authoritarian goals of creating a regulated economic structure to transform social relations within a modern, self-determined culture; and a political aesthetic of romantic symbolism, mass mobilization, a positive view of violence, and promotion of masculinity, youth and charismatic leadership. According to many scholars, fascism—especially once in power—has historically attacked communism, conservatism and parliamentary liberalism, attracting support primarily from the far right.
Roger Griffin describes fascism as "a genus of political ideology whose mythic core in its various permutations is a palingenetic form of populist ultranationalism". Griffin describes the ideology as having three core components: "(i) the rebirth myth, (ii) populist ultra-nationalism and (iii) the myth of decadence". Fascism is "a genuinely revolutionary, trans-class form of anti-liberal, and in the last analysis, anti-conservative nationalism" built on a complex range of theoretical and cultural influences. He distinguishes an inter-war period in which it manifested itself in elite-led but populist "armed party" politics opposing socialism and liberalism and promising radical politics to rescue the nation from decadence.
Some scholars consider fascism to be right-wing because of its social conservatism and authoritarian means of opposing egalitarianism. Roderick Stackelberg places fascism—including Nazism, which he says is "a radical variant of fascism"—on the political right, explaining that, "The more a person deems absolute equality among all people to be a desirable condition, the further left he or she will be on the ideological spectrum. The more a person considers inequality to be unavoidable or even desirable, the further to the right he or she will be."
Italian Fascism gravitated to the right in the early 1920s. A major element of fascist ideology that has been deemed to be far-right is its stated goal to promote the right of a supposedly superior people to dominate, while purging society of supposedly inferior elements.
Benito Mussolini in 1919 described fascism as a movement that would strike "against the backwardness of the right and the destructiveness of the left". Later, the Italian Fascists described their ideology as right-wing in the political program The Doctrine of Fascism, stating: "We are free to believe that this is the century of authority, a century tending to the 'right,' a fascist century." Mussolini stated that fascism's position on the political spectrum was not a serious issue to fascists...
Fascism is what we today call the "alt-right" - right-populism. The greatest enemy of fascism is those who prefer, support and embrace diversity - what the alt-right calls "cucks". Fascists seek a return to the "good old days", some sort of lost "days of glory", where "traditional" values reigned, while simultaneously rejecting the globalism and the focus on the upper classes that are embraced by many other right-wing movements. Because of the populism aspects, they can sometimes find common ground with left-populists on measures against globalism and support for the working class - while simultaneously despising them as "cucks" who are ruining society by embracing ((( insert list of "problematic" social groups here ))).
Google's an easy target; this is hardly the first time. Anyone here seen Ex Machina? Plot summary: "Sergey Brin's home pet project is to put Google's neural nets into robots, what could go wrong?". They don't call him Sergey Brin and they don't call the company Google, but they don't exactly hide their basis either.
Russian government officials had contacts with members of Donald Trump’s campaign team, a senior Russian diplomat said Thursday, in a report that could reopen scrutiny over the Kremlin’s role in the president-elect’s bitter race against Hillary Clinton.
"Obviously, we know most of the people from his entourage,” Rybakov said. “ I cannot say that all of them but quite a few have been staying in touch with Russian representatives.”
I'll repeat for emphasis: staying in touch with most of his entourage during the campaign. And what did they have to talk about?
Markov also said it would mean less American backing for “the terroristic junta in Ukraine”. He denied allegations of Russian interference in the election, but said “maybe we helped a bit with WikiLeaks.”
The Obama administration accused Russian authorities of hacking Democratic party emails that were leaked to WikiLeaks. Putin has previously dismissed as “nonsense” claims of Russian interference.
Whether or not you choose to believe that Putin and his party are responsible for his win, they think that they are.
As for the other stuff, I'm not sure what you're questioning - that's just history; pick up a history textbook.
How can you Godwin yourself in a discussion of Hitler?
HVDC lines have one big problem against them, cost. These wires cost money. The losses may be minimal on paper but they also add up over time.
I'm going to try the peer-reviewed study in Nature that I read on the subject, which determined that they save nearly four times as much as they cost.
(I've also done back of a napkin calculations, and ended up with a number well less than the Nature estimate)
This is compounded by the issue that wind and solar are not cheap.
Once upon a time that was true. Not any more. Even solar, which used to be playing catchup with wind, way behind, is now coming in at some crazy low cost figures, like the $1/W plant that just opened in India, which is bloody nuts.
Not even going to bring the conversation into the costs of dumping pollution into the environment. Or the costs and consequences of having to have huge amounts of cooling water (and the curtailments you have to do during droughts). Or geopolitical issues.
r just to avoid the "N" word... nuclear.
Yeah, if you have $10+/W just to spend on construction, not even counting operations and decommissioning or the government-provided catastrophic accident insurance (which no private industry would ever put themselves on the line for - Fukushima's now estimated at $200B). And of course which uses even more cooling water than fossil fuels. And if you like having to estimate future power supply and demand 10-20 years into the future before your plant even comes online.
K Street loves nuclear. Wall Street, not so much.
We've seen government subsidies for wind and solar power going on for decades and little to show for it
You have to be joking. First - beating around the bush here - wind subsidies are not that great, and more to the point, the constant year-to-year uncertainty on the PTC has been a big hindrance to the industry. But more to the point, wind has gone from absurdly expensive to very cheap (as low as 2,5 cents per kWh in 2014), growing with an average annual 30% rate of growth for 10 years. Last year wind made up 41% of new nameplate generation and solar 26%.
Whether you want wind and solar or not, they're happening. They've gotten too cheap to stop. You'd have to actively try to stop them with punative taxation policies at this point if you wanted to stop wind and solar's percentage of the grid from growing.
That's not exactly true. RMCC is multi-node. But that's rare, and it's a lot more complicated. You're right that as a general rule, they're point to point - aka, move lots of power a long distance, then fan it out to local AC grids.
Peaking does not cause blackouts; peaking prevents blackouts. I'm thinking that perhaps you're confused about what a peaking plant is.
Yes, but cross country grid loading is a bad idea. Very bad.
Interconnected HVDC grids offer increases in grid stability, as cascading failures can't propagate through them (AC failures are prone to cascade as different parts of the grid go out of sync with each other). Yet most of the time a nationwide renewables-supporting HVDC grid is not used at near peak capacity (its capacity is sized for peak load transmission requirements, not average), and thus can generally have their power routed through other legs if one line goes down without curtailments (often, even, without need for peaking - it depends on timing). The grid itself is designed, as with everything else concerning electricity generation and transmission, to provide a statistically-guaranteed level of power reliability.
It's important to remember also that in the US you have basically three separate power grids today - west, east (which is kind of a patchwork), and "ERCOT", which is basically Texas doing its own little weird thing. To allow them to support each other, they have a number of converters, mainly DC ties. Basically, HVDC terminals without any actual long-distance transmission lines. So it's already done to improve grid reliability and economics. Also, certain parts of the grid already rely on long HVDC lines. Not just for "moving peak power because of intermittent shortages in one region", as a grid for supporting high renewable penetration does, but actual baseload. For example, in the northeast, RMCC moves 2 GW of remote Quebec hydropower to New England. It's almost always run at near capacity.
Europe and China uses HVDC a lot more than the US. Europe mainly for undersea lines, China to move power from inland to its densely populated coast. Both have major plans for expansion.
What happens when the wind plants and solar plants aren't producing?
Peaking. Now do you have any other absurdly easy questions?
Covering average demand is ONLY covering average demand.
Yeah, it's not like variability has ever been a part of the grid before. Current grids have their own annoyances on the demand side, including daytime power consumption being much less than nighttime, summer and winter variations (sometimes major), etc - as well as also on the supply side, such as interlinks or plants suddenly dropping offline. It's not some sort of new ground.
The short summary of a high-renewables-penetration grid is:
1) Peaking plants (NG is a good choice).
2) Geographic smoothing (aka, while one front is leaving the US east coast, another is coming on the west; while there's a high stuck over one part of the country, a low is churning up winds elsewhere; also, midwest and east coast wind is strongest in the winter, while west coast wind is strongest in the summer)
3) Geographic timeshifting (aka, desert southwest sun is still shining when it's evening demand in NYC, the evening wind is blowing on the east coast during the morning rush on the west, etc)
(HVDC grid needed for #2 and #3 - est. 0,3 cents per kWh amortized cost for construction and maintenance, saving 1,1 cents per kWh in reduced generation hardware requirements)
4) Multiple source variability compensation (e.g., wind and solar tend to run opposite to each other - highs make low winds but lots of sun, and vice versa; winds are strongest at night, solar during the day)
5) Hydro uprating as storage. Optional storage additions = solar thermal, wind flywheel, battery (price is dropping fast), etc as needed/desired, but are not a fundamental requirement.
6) Demand shifting if needed (aka, power-hungry industries get favorable power rates if they're willing to occasionally shut off as needed; this is not a rare arrangement)
For the future, EVs also help, but are not required - insofar as they're mainly nighttime loads, steady draws, and easy targets for charge rate modulation (or even reversal). Nobody cares exactly when their vehicle takes power from the wall, so long as it has a full charge when they told it to be done by. The more flexible they let their car be, the cheaper they get their power for. But again, this sort of arrangement being wirespread is not a requirement - just a bonus.
Put not your trust in money, but put your money in trust.