The problem is that multinational corporations can devise complicated ways to avoid paying taxes in the countries where they do business by exploiting tax havens, as Apple did in Ireland.
Amazon has a huge business in the UK with offices, staff, stock and warehouses, but Amazon UK doesn't sell stuff. You are actually buying UK goods from UK warehouses with UK delivery etc but the money goes straight to Amazon EU Sarl in Luxembourg, where it has a sweetheart tax deal.
So Amazon exploits the whole UK social system of education, health services, roads, police etc etc without paying the UK government for the benefits. This is really bad for the UK and other countries except Luxembourg.
Meanwhile, Amazon EU Sarl reduces its taxes by paying Amazon Europe Holding Technologies SCS - a "non-resident" company -- hundreds of millions of euros for "intellectual property" rights that are basically untaxed (Amazon is paying itself), and the money gets spirited back to the USA.
The cost of "intellectual property" is really just a made-up number. What is Amazon charging itself vast amounts of money for when its UK website and business processes are basically the same as its American and other websites?
The whole thing may be legal but it's basically a fraud, and the EU ordered EU ordered Amazon to repay €250m in “illegal tax advantages”. Which is still chickenfeed for a company of Amazon's size and wealth.
It's highly likely that European countries will introduce a "digital tax" on turnover to stop this kind of cheating. I expect Americans will get angry if or when that happens, but in the long run, we don't have an alternative. Infrastructure is expensive, and the money should come from the people who are benefiting from it.
In the US, of course, Amazon gets tax breaks from people who want Amazon investment. New Jersey offered $7bn of tax incentives in its bid for Amazon's "second headquarters".
If companies like Amazon actually paid the taxes required by law that would be nice. Instead they have armies of people finding wholly artificial ways to legally avoid paying those taxes.
You can be infected without having a fever. That's one of the problems with coronavirus.
Knowing you have the virus won't save you, of course, but you will be able to react accordingly. That will include trying not to infect anyone else....
The marginal cost of verification could be zero. All Twitter has to do is to get together with Facebook, Google et al and agree to support a number of approved independent identity systems such as Yoti [1]. That uses a combination of government documents (eg passports) and biometrics.
Basically, users would be able to sign up for a sort of "digital passport" ID that would, in the long term, be accepted by governments and most websites. Enough people might find it convenient enough to sign up.
Twitter already allows you to block all users who have not registered a phone number and not uploaded a photo or whatever. I used these settings. They actually do remove a lot of bots and bad players. Again, in the long term, Twitter would give people the option to see only verified accounts.
I really wouldn't care if it meant I only saw tweets from a relatively small number of verified accounts. It might be more like Twitter in its first half dozen years, when it was much more engaging and fun than it is today.
In the EU, free (at point of use) healthcare is available to all residents, including the unemployed. In several countries, you can get free treatment immediately even if you are not a resident.
That's a lot different from the USA, where tens of thousands of people die from lack of health insurance, and probably hundreds of thousands are bankrupted by the healthcare they get.
A quarter or more Americans put off seeking medical treatment because of the cost. By the time they seek treatment, it may be too late. I'm reminded of a carpenter who won $1 million and said he could finally go to see a doctor. He died a few weeks later from cancer.
A lot of Americans are one accident or illness away from financial ruin and poverty.
For all their problems, Europeans are a lot better off than this.
If the "known eugenicist" is who I think it is, then he isn't.
The general idea, as explained by the late Hans Rosling, is that if you educate people (including girls) and help them to lead better lives then they will naturally have fewer children. They do this of their own free will.
Rosling says: "only by raising the living standards of the poorest can we check population growth". [1]
If there is a very high probability that half your children will die before they grow up, then it makes sense to have twice as many children. If you expect every child to grow up and thrive, you won't do that.
This has already happened in most developed countries, with no eugenics and no eugenicists involved. Most people in the west now have fewer children than their grandparents had.
I really don't see a problem with less-developed countries enjoying exactly the same sort of progress as we've already had.
One of the nice things was that you could run Windows NT on a DUAL PROCESSOR PC with two Alpha chips. This was such an attractive idea I thought of buying one. However, when I did a very quick trial, it didn't make any noticeable difference to my very simple workloads (mostly Microsoft Office).
DEC sold its StrongARM (ARM-based) business to Intel in 1997, before DEC was taken over by Compaq in 1998. It resulted in Intel's XScale business, which it later sold to Marvell.
Compaq abandoned DEC's Alpha for the HP/Intel Itanic, so Intel didn't get an Alpha business. However, Compaq sold the Alpha IP to Intel in 2001, before the HP takeover in 2002.
I'd be interested to know what happened to the Alpha architects, Richard L. Sites and Richard T. Witek. A quick search doesn't find anything interesting.
I remember there was a breakaway of DEC engineers founding a small chip design company, but can't remember what it was called.
> When it launched in 2001...the idea that a massive array of cheap x86 processors will outperform enterprise-class servers simply hadn't occurred to most people yet
The idea was certainly around in the early-to-mid 1980s, when some former Intel engineers founded Sequent.
The Balance 8000, released in 1984, supported up to 12 processors on dual-CPU boards, while the Balance 21000, released in 1986, supported up to 30.
I interviewed the founder, Casey Powell, and he was explicit about multiple Intel microprocessors replacing large systems. He was targeting minicomputers at the time, of course, but we all anticipated that bigger sets of more powerful CPUs would eventually surpass even the biggest "big iron".
Powell was a great guy. However, his company got taken over by IBM. In the end, he didn't get to change the world.
Right! Some friends of mine spent a lot of time programming a Symmetry in the early 1990s. Also around the same time, 1988, Sun introduced the Sun386i, which could even run multiple MS-DOS programs at once — but it wasn't a huge success, and they stuck with SPARC. I think Sequent and the Sun386i were just too early, say by about six or seven years.
An interesting question is: what are the structural advantages of bigness? When Control Data produced the world's fastest computer, some people at IBM wondered how it could happen that a much smaller company could beat them to the punch that way; others believed that that smallness was precisely the reason.
The advantage of smallness is that you can be faster than the big guys. You also can go into smaller niches.
The advantages of bigness are that you can use scale to make the same thing less expensive, and that you can make at least one mistake without it killing you, and that you can chase more than one "next big things" at once.
(1) Cost of software is relatively small compared with the cost of employing the people who use it.
(2) Cost of software is relatively small compared with the cost of retraining staff and changing business workflows and processes to cope with different software.
(3) Changing to new software is relatively simple compared with the problems of making all your staff, your contractors and your suppliers change to new software.
(4) Even if changing to new software was relatively simple and cheap, there would be massive risks in doing it. If you are designing nuclear power stations, nuclear submarines, skyscrapers, bridges or whatever, the cost of mistakes can run into the billions, or be fatal for a significant number of people.
(5) Bonus point: making this kind of switch could take a decade and could end up not saving you any money (cf Munich trying to switch to open source). Not many CEOs will attempt it because they are more focused on the next quarter's results. Anyway, in many if not most companies, the benefits -- if any -- would accrue to whoever the-next-CEO-after-the-next-CEO happens to be. And who really cares about that?
It's hard enough to get most people to change their email client or their text editor or whatever when the alternatives are free and the real-world risks are negligible. Getting them to change the software on which their whole business survival is based is another matter.
Moral: changing business software is not as simple as it seems if you only look at the software and don't look at the whole business plus the whole industry infrastructure of related businesses. It's never as simple as people think.
(5) Munich might not be a valid example. Parent talked about a consortium, for which a single city administration might be a bit small, and AFAIK the failure was not necessarily technical.
Amazon has a huge business in the UK with offices, staff, stock and warehouses, but Amazon UK doesn't sell stuff. You are actually buying UK goods from UK warehouses with UK delivery etc but the money goes straight to Amazon EU Sarl in Luxembourg, where it has a sweetheart tax deal.
So Amazon exploits the whole UK social system of education, health services, roads, police etc etc without paying the UK government for the benefits. This is really bad for the UK and other countries except Luxembourg.
Meanwhile, Amazon EU Sarl reduces its taxes by paying Amazon Europe Holding Technologies SCS - a "non-resident" company -- hundreds of millions of euros for "intellectual property" rights that are basically untaxed (Amazon is paying itself), and the money gets spirited back to the USA.
The cost of "intellectual property" is really just a made-up number. What is Amazon charging itself vast amounts of money for when its UK website and business processes are basically the same as its American and other websites?
The whole thing may be legal but it's basically a fraud, and the EU ordered EU ordered Amazon to repay €250m in “illegal tax advantages”. Which is still chickenfeed for a company of Amazon's size and wealth.
It's highly likely that European countries will introduce a "digital tax" on turnover to stop this kind of cheating. I expect Americans will get angry if or when that happens, but in the long run, we don't have an alternative. Infrastructure is expensive, and the money should come from the people who are benefiting from it.
In the US, of course, Amazon gets tax breaks from people who want Amazon investment. New Jersey offered $7bn of tax incentives in its bid for Amazon's "second headquarters".
If companies like Amazon actually paid the taxes required by law that would be nice. Instead they have armies of people finding wholly artificial ways to legally avoid paying those taxes.