I think Bash won as Bityard says above, in the sense that COBOL won, which was because it was everywhere (approximately) and then when another system was being built to do something in COBOL’s niche COBOL was the obvious choice. Once it was sufficiently established it won by inertia and absolutely not because it was the better language. Or maybe it was the better language in its time, but it certainly is not now. And note I’m only talking about COBOL’s niche, of mainframe-based processing in the banking, insurance, state and federal payroll and similar areas.
Quoting from an earlier comment in this discussion:
There's always some nincompoop who brings that up. Al Gore deserves credit for what he did as a senator and vice president. He helped to pass legislation that enabled the NSFNET backbone to grow and to permit commercial traffic to flow on the government-sponsored backbones in the US. Had he not done that, it's pretty likely that the commercial sector would not have seen an opportunity to create a commercial internet that all of us can enjoy, so he does deserve some credit for what he's done.
To me they look oppressive and bleak. They are interesting, to be sure. But I don’t find them beautiful. And aesthetics are subjective, of course. I can well believe others find them beautiful.
The January 6, 2022 date at the bottom of the page is not the date the page was last updated. It is the date problem 8.9 (Boundary value error in the secondary journals used by nested transactions) directly above it was fixed. The date at the very bottom of the screen in the middle says the page itself was last updated on 2026-04-13.
Martin Gardner’s The Annotated Alice explains the subtleties, mathematical and otherwise, of both Alice books in engaging detail. It explained things I never understood, and showed me things I missed (and then explained them). Besides the mathematics there are references to politicians and events of the era, and jokes that would be known only to people at Oxford.
The subhead on the article is: Animals that feed on dead matter perform an important service. Without them, we’d live in a world of putridity and pestilence.
This is the first I’ve heard of straight-tusked elephants, which are almost twice the mass of modern day elephants. You’d need a lot of cooperation and coordination to kill one of them.
Byte was great. For years it was the highlight of my month. And I thought the cover art was amazing. The Smalltalk hot air balloon logo came from the cover of the August 1981 issue, which was devoted entirely to Smalltalk.
Robert Tinney, who painted many of the covers, died in February:
The population density of Italy 201/km2 is lower then population density of Germany 241/km2, so from point of view of density, Germany should have more high-speed rail than Italy.
That would be if kilometers of rail tracks scaled linearly with population density per unit area. My guess (based on no research at all) is it’s more that there’s a population density tipping point, and after reaching it rail development dramatically increases. I do also think you’re right about the influence of the German car industry.
The population density is probably one factor. New Zealand has 5.34 million people in 103,000 square miles. At the other extreme you have Hong Kong with 7.5 million people in 430 square miles. Each mile of track gives service to a much larger percentage of the population in Hong Kong than New Zealand. The same goes for a lot of the United States. The coastal corridors in the United States are population dense, but the interior less so.
Yes. You get a lot of bang for your buck as far as the number of people served. Hong Kong is less than half the area of Rhode Island, but the populations are 7.5 million for Hong Kong and 1.1 million for Rhode Island. Small area plus high population density is the situation where trains are most valuable.
The fact that a product has not yet been created from a given technology does not mean the technology or the research itself is useless, or will not turn out to be useful in the long term. You can also learn a lot from research or development that does not ultimately work out.