There you get
6 vCore (ARM64)
8 GB RAM
512 GB NVMe
for 6 $ / m - traffic inclusive. You can choose between "6 vCore ARM64, 8 GB RAM" and "4 vCore x86, 8 GB ECC RAM" for the same price. And much more, of course.50 karma · joined July 24, 2018
There you get
6 vCore (ARM64)
8 GB RAM
512 GB NVMe
for 6 $ / m - traffic inclusive. You can choose between "6 vCore ARM64, 8 GB RAM" and "4 vCore x86, 8 GB ECC RAM" for the same price. And much more, of course.Due to the great success of her first appearance and the unexpectedly warm atmosphere in the city, she extended her engagement by a week. On the afternoon before her last concert, she summarized the impressions she had gathered over the past few days, which had been unexpectedly positive, in the rough version of the chanson Göttingen, which she wrote in the garden of the Junges Theater, and performed it (not yet fully formulated and with a different melody) that same evening. The success of the chanson was sudden and overwhelming. She then returned to Paris, where she completed the lyrics and composition.
The Junges Theater at that time was housed in the house of the current Lumiere cinema.
For example, there was also Felix Klein (who brought Hilbert to Göttingen) who was more on the teaching side. He even designed the house from the ground up in a way that he thought would be optimal for teaching and working together.
There is a really good article by Norbert Schappacher called
"Das Mathematische Institut der Universität Göttingen im Nationalsozialismus"
or
"The Mathematical Institute of the University of Göttingen under National Socialism"
https://irma.math.unistra.fr/~schappa/NSch/Publications_file...
You can DeepL it. Here is just the first paragraph:
Göttingen has been a name in the mathematical world since Carl Friedrich Gauss (1777–1855). However, from the end of the 19th century until the National Socialists seized power, it was for many the center of the mathematical world, and in this respect it outstripped the traditional centers of interest: Paris and Berlin was above all the joint work of David Hilbert (1862–1943) and Felix Klein (1849–1925), around whom an increasingly important mathematical institute was formed. Hilbert's role was on the side of creative mathematical research, which he pursued with complete openness to all possible new ideas and with a versatility not seen since Gauss. Felix Klein, on the other hand, was above all an exceptionally successful organizer and academic teacher in Göttingen – four years before his appointment to Göttingen, a health breakdown had ended the period of his most original mathematical research.
It goes into great detail from the pre-war to the post-war era.In addition, mathematics and physics were very much intertwined in those days - one inspired the other. And Göttingen was essentially a village - everyone knew everyone. They would meet up in a bar in the evening and speak about whats on their mind. That way, there was also a regular get-together with the local industry.
For example Robert Wichard Pohl, head of the 1st physics institute (called "a patriarch of physics" or "The good Lord"), Gustav Tammann, head of the institute for physical chemistry, and the heads of Ruhstrat (a local company specialized in developing and manufacturing high-temperature industrial furnaces, transformers, etc.) regularly met. Pohl wanted to have a furnace for what was later called the Czochralski method (creating pure crystals) and Ruhstrat built the stuff.
Or in 1894, in collaboration with Nobel Prize winner Prof. Walter Nernst, Ruhstrat created the adjustable sliding resistor, the basis for adjusting and changing resistances as well as current and voltage. They supplied the first private homes and businesses in Göttingen with electricity using electrical block stations and developed the electricity meter.
Lots of aspects came together to thrive, not just Hilbert.
P.S. Fun fact: Ernst (or Adolf?) Ruhstrat had the first car in town and later sold it to Tammann.
> The question Searle wants to answer is this: does the machine literally "understand" Chinese? Or is it merely simulating the ability to understand Chinese?
To me: If you can't tell, it effectively doesn't matter.
After decades of research focused on the amyloid cascade hypothesis, which claims that sticky plaques of amyloid-beta proteins between neurons are the main cause of Alzheimer's disease, many scientists are now turning their attention to deeper dysfunctions happening within cells. Some believe that the disease is caused by a variety of proteins that may be causing multiple cell dysfunctions, while others are focusing on the role of tau protein tangles, which also form inside neurons.
> Write an epic rap battle between Donald Trump and Noam Chomsky.
(Donald Trump)
I'm the king of the White House, don't you dare doubt
I'll dominate this rap battle, there's no need to pout
My rhymes are so sick, they'll make you want to shout
I'm the biggest, baddest, best there's no doubt about
(Noam Chomsky)
But I'm a linguistic mastermind, I'll steal the show
I'll leave you tongue-tied, with nowhere left to go
Your rhymes are weak, your flow is slow
I'll take you down with just one blow
(Donald Trump)
You think you're smart, but you're just a fake
I'm the one with the power, I make the decisions, not you
You may have the brains, but I've got the brawn
I'll crush you with my words, like a truck rolling down
(Noam Chomsky)
But your words are empty, they have no meaning
You spout lies and insults, while I speak with reason
You may have the crowds, but I have the truth
And when it comes to rap battles, I'll always come out on top, dude
(Donald Trump)
You may have the facts, but I've got the swagger
I'm the one with the confidence, I'll never stutter
You may be a scholar, but I'm a winner
I'll leave you in the dust, like a beginner
(Noam Chomsky)
But facts are facts, and they can't be denied
You may try to spin them, but you'll never win the fight
Your rhetoric may be flashy, but it's shallow and hollow
I'll dismantle your arguments, and leave you looking like a fool, fellow
(Donald Trump)
You may have the brains, but I've got the charm
I'll charm the crowds, and leave you in the dark
You may be smart, but I'm a star
I'll shine brighter than you, no matter how hard you try
(Noam Chomsky)
But charm can only get you so far, and it fades with time
Your fame is fleeting, and your legacy will be left behind
I may not be a star, but my ideas will stand the test of time
I'll leave a lasting impact, while you're just a passing trend, prime.> Kubernetes is a huge, tremendous technology for managing and orchestrating large groups of containers. It's the best, believe me. With Kubernetes, you can easily deploy and scale your applications, and it's very fast and efficient. It's so good, it's almost like magic. And let me tell you, folks, I have the best developers in the world working on Kubernetes, and they have done an incredible job. So if you want to manage your containers like a winner, you need to use Kubernetes. It's gonna be huge, believe me.
Afaik the proper way is having a proper lightning rod together with the aforementioned cascade of surge suppressors. And of course a PE!
Joroska had always been interested in puzzles. From an early age, he had loved solving crossword puzzles and brainteasers, deciphering cipher writing, exploring mazes, and unraveling every mystery that had presented itself to him.
With varying degrees of success, he had devoted much of his life and brain power to solving problems that others had devised. Of course, he was not omniscient, he had always come across puzzles that were too complicated even for him.
If he found himself faced with one, Joroska had a certain ritual: he would look at it for a long time and finally determine with an expert eye whether it was indeed an unsolvable problem.
If it was, Joroska would take a deep breath and set about solving it. But immediately a period of frustration began, and Joroska only became more engrossed in the puzzle analysis.
The questions seemed unsolvable, dead ends appeared, some symbols led astray, unknown terms and unforeseeable complications got in his way. Some time ago, Joroska had discovered that he needed a certain sense of achievement in life. Was that the reason why the puzzles no longer gave him such pleasure?
Already after the first attempt, he was usually overcome by a deadly boredom, and he let the matter rest, mocking somewhere in the back of his mind the idiotic creator of such tasks, who would surely be overwhelmed even with their solution.
From the fact that even the easy cases quickly bored him, he concluded that puzzles were always tailored to fit their puzzle solvers and only they knew the right level of difficulty for themselves. Ideally, he thought, everyone tailors his own puzzle to his own body. But he immediately realized that this would mean that the puzzle would lose its mystery, because of course every inventor also knew the tailor-made solution to the problem.
A little out of playfulness and a little guided by the idea of helping people who, like him, enjoyed guessing, he began to invent problems, word games, number puzzles, logical brainteasers and abstract questions of all kinds.
But his masterpiece was the invention of a labyrinth.
One quiet sunny day he began to raise walls in one of the rooms of his huge apartment, and stone by stone he built a huge labyrinth on a natural scale.
The years passed. He spread his puzzles among friends, in professional journals and in one or another daily newspaper. The labyrinth, however, he kept under lock and key: it grew and grew inside his house, constantly changing.
Joroska made it more and more complicated each time, almost imperceptibly adding more and more aberrations.
This work developed into a life task. Not a day went by without Joroska adding some brick, bricking up an exit or extending a curve to make the course more difficult.
After a good twenty years, the labyrinth took up the entire room and had already imperceptibly extended to the rest of the house.
To get from the bedroom to the bathroom, one had to go eight steps straight ahead, turn left and after six more steps turn right again, then climb down three steps, five steps straight ahead again, turn right again, jump over an obstacle, and then one stood in front of the door.
To get to the terrace, one had to swing over the left wall, crawl a few meters and climb a rope ladder to the top floor.
The whole house gradually turned into a maze on a scale of one to one.
At first, he was very proud of his work. He amused himself by wandering through the various corridors that kept leading him astray, even though he himself had designed them, because it had simply become impossible to keep all the paths in mind. It was a labyrinth tailored to him.
Tailor-made just for him.
At some point Jorosko began to invite people to his home, to his labyrinth. But even those who had initially been burning for it began to get bored within a very short time, as he himself did with unfamiliar puzzles.
Joroska offered to give tours of the house, but often a mood of departure set in very soon. The visitors usually agreed: "You can't live like this!"
At some point, Joroska grew tired of his eternal loneliness and moved to a house without mazes, where he could easily receive guests.
However, as soon as he met someone who seemed a bit bright, he showed them his true home. Just like the pilot in the Little Prince with his giant boa open or closed, Joroska opened his labyrinth to those worthy of such a revelation.
But Joroska never found anyone who would have been willing to live there with him.
and here: https://news.ycombinator.com/item?id=20345826 on July 3, 2019
and here: https://news.ycombinator.com/item?id=20351023 on July 4, 2019
Regarding your issue, let me copy-paste randomly [2]:
> “With India’s labour cheaper compared with China, and the gradual expansion of its supplier base here, Apple will be able to use the country as an export hub,” Neil Shah of Hong Kong-based tech researcher Counterpoint said.
> India is also working to boost electronics manufacturing by firms such as Foxconn and last month launched a $6.65 billion plan, offering five global smartphone makers incentives to establish or expand domestic production.
> Building more phones in India will also help Apple save on import taxes that further push up its prices.
[1] https://www.youtube.com/watch?v=CINZhtB2aHU
Edit:
[2] https://www.reuters.com/article/us-foxconn-india-apple-exclu...
Oh, hello there, my breakfast.
If it were about the planet they would say something like: "You're eligible for a free charger if you need it."
It's the company that sells headphone ear cushions for 77 EUR.
?!
Worker wages were their main reason to move from China to India.
It's not something they "might notice", it's pure purpose from start to finish.
And it will continue as long as people are willing to pay for it.
How could this happend? A company with a track record of pure labour friendliness. [1]
There were just one or two persons in the whole faculty known for good teaching. This was acknowledged by all students I came in touch with.
--> There is a kind of teaching that is uniquely perceived as "good" among the people I came in touch with.
The same holds for teachers known for really bad teaching.
That written, teaching _was_ mostly perceived binary.
There was fairly little overlap where teaching styles were perceived "good" from some and "bad" from others.
The TIs instead work on the basis of functions like from a programming library. Their equivalent might be a BASH shell with pipes. That is cumbersome on the first glance but incomparably more powerful. You can chain an arbitrary amount of functions.
I once finished a 3-hour exam in 20 min since most of the questions could be translated to a like 5-lines long function-chain that took like a minute to calculate on 10 MHz but were correct in the end.
Anyway, I still use my TI-84 Plus, meanwhile virtually on my smartphone using Wabbitemu [1].
[1] https://play.google.com/store/apps/details?id=com.Revsoft.Wa...
P.s. I would appreciate a comment on why people down-vote a message.