$83 billion per month is almost $1 trillion per year. That sounds about right.
$83 billion per month is almost $1 trillion per year. That sounds about right.
There was. If you map that onto the growth in population you’ll see that tickets per person has been dropping since about 2000.
The NOVA system is bad science, in my opinion.
When asked to classify centuries-old staples like cheese or jam or bread or pickles, the experts struggle to find a consensus on which category any given food is. And so the classification system itself is so imprecisely defined that studies based on the system will rest on a shaky foundation.
It’s better to identify what specific foods and what specific cooking techniques are bad and how they might be bad, rather than trying to say that the act of chopping, blending, mixing, cooking, or fermentation automatically makes a food less healthy.
If certain additives are bad, say that those are bad. Don’t try to lump in the other processing techniques into one basket.
The escalation of Starlink not complying comes from that, not the other way around.
I’ve looked closer (at other articles, too). You’re right - the freezing of the SpaceX accounts came from the same order that ordered that Twitter be blocked, and before SpaceX announced it would refuse to comply.
The proper thing to do is to recognize the legally distinct personhood of SpaceX, which isn’t part of Twitter, even if Twitter/X itself is wrong on the law.
The order to block Twitter went to all Brazilian ISPs, and Starlink is the only one that didn’t comply on Saturday. So the escalation stems from the disregard of an order that everyone was required to obey, but the intertwined nature of both companies being controlled by Musk is both part of the reason why SpaceX would even consider not complying with local law in a country it operates in, and why the Brazilian courts seem to be willing to aggressively enforce their own orders.
Edit: I’m convinced. This comment as originally written presented the facts out of order.
There’s a paper from 1984 that worked out the math for a two-sail system that could get a spacecraft to Alpha Centauri, and slow down and end up in that gravity well, with a 41-year mission time. It would do so by discarding a reflector that points backward at the actual payload with its own sail. The paper also proposes a mechanism for a round trip mission, too, using 3 sails.
What’s fun about these is that the mass of the actual vehicle can be much smaller if it doesn’t need to carry rocketry and fuel on board. So even though they’ll never compete with rockets for power (energy used over a specific length of time), starting at a lighter weight and never running out of fuel means that these systems could theoretically exceed the top speeds (relative to the earth) of our fastest rockets, given enough time.
There’s that one game that censored “Nasser” to “N***er” which made it much worse.
When the machine costs 350 million euros, what’s a few hundred thousand in saved shipping costs?
No such thing as an NDA that allows a spouse to work in the same room, and allows the spouse to actually be on video while blurred, but draws the line at not being able to unblur the video.
I get how it works with wifi connections, and Bluetooth scanning (since that’s a peer to peer protocol that needs to broadcast its availability), and obviously the OS-level location services, but I’m still not seeing how seeing wifi beacons would reveal anything. For one, pretty much every mobile device OS now uses MAC randomization so that your wifi activity on one network can’t be correlated with another. And for another, I think the BSSID scanning protocol is listen only for client devices.
Happy to be proven wrong, and to learn more, but the article linked doesn’t seem to explain anything on this particular supposed threat.
I set a simple task to turn off WiFi when my home network is not detected so my phone doesn’t scan and report my location to businesses.
I was under the impression that BSSID scanning was entirely passive, and that a phone that scans for beacons doesn’t actually reveal itself to anyone.
One time pads are perfect encryption, but the problem is that the key length needs to be longer than the message length. So if you have the ability to get the symmetric key to the recipient securely, then you had the ability to get the whole message to the recipient securely.
And that introduces a specific type of supply chain threat: someone who possesses a computer can infect their own computer, sell it or transfer it to the target, and then use the embedded microcode against the target, even if the target completely reformats and reinstalls a new OS from scratch.
That’s not going to affect most people, but for certain types of high value targets they now need to make sure that the hardware they buy hasn’t already been infected in the supply chain.
I don’t know why you’re framing this as solely a demand problem, or why you think the elasticity of demand won’t extend to negative prices. Negative prices tend to show up only during periods of very high supply, due to a confluence of factors like weather, so supply is part of it (low or even negative prices can induce producers to curtail production). There’s nothing special about the number zero.
And negative prices therefore take the place of disposal: oversupply and the need to expand real resources taking that energy off of the grid in that particular moment. That’s demand, too: incentivizing people to do what needs to be done, and get rid of that excess energy by disposing it or whatever.
you don’t have to pay electricity to f*ck off if you produce too much of it.
It’s not any different than most physical goods. Whatever you can’t sell before it goes bad, you have to pay someone to take off your hands using real resources (dumpsters, trucks, human labor).
Too much electricity in the system is harmful, and if nobody wants to buy it, then you have to pay someone to take it out of the system.
If we were able to adequately shape demand to match available supply, rates would fluctuate, but they would never go negative.
I don’t see why that would follow.
If supply is higher than demand, then getting rid of that excess supply costs money, and the producer might have to pay someone to take it away. It applies to grocery stores that over order inventory of perishable goods, to oil companies that run out of space to store oil, and electricity grids that need to get rid of damaging/dangerous excess power.
The first Rambo was definitely about PTSD and how the act of killing fucks up American soldiers.
Yes, that’s in the picture.
Plenty of us Democrats are very much in support of a ranked choice voting schemes, or similar structural rules like non-partisan blanket primaries (aka jungle primaries). The most solidly Democratic state, California, has implemented top-2 primaries that give independents and third parties a solid shot for anyone who can get close to a plurality of votes as the top choice.
Alaska’s top four primary, with RCV deciding between those four on election day, is probably the best system we can realistically achieve in a relatively short amount of time.
Plenty of states have ballot initiatives that bypass elected officials, so people should be putting energy into those campaigns.
But by the time it comes down to a plurality-take-all election between a Republican who won the primary, a Democrat who won the primary, and various third party or independents who have no chance of winning, the responsible thing to make your views represented is to vote for the person who represents the best option among people who can win.
Partisan affiliation is open. If a person really wants to run on their own platform, they can go and try to win a primary for a major party, and change it from within.
TL;DR: I’ll fight for structural changes to make it easier for third parties and independents to win. But under the current rules, voting for a spoiler is throwing the election and owning the results.