1. This is one of the greatest short nature videos I’ve ever seen. Beautiful, scary, just impossible to fathom the complexity of it all. Nature, man.

     


  2. The word ‘irony’ leaps excitedly to mind here.

     


  3. Welcome to Trinidad. Also, it would be fun to make an environmental superhero film of Forest Man’s escape.

     

  4. thisistheverge:

    NASA is funding a 3D food printer, and it’ll start with pizza

    NASA is funding research into 3D-printed food. Mechanical engineer Anjan Contractor received a $125,000 grant from the agency to build a prototype 3D printer with the aim of automating food creation. It’s hoped the system could provide astronauts food during long-distance space travel, but its creator has the loftier aim of solving the increasing food shortages around the world by cutting down on waste. The software for the printer will be open-source, while the hardware is based on the open-source RepRap Mendel 3D printer. 

    Wow.

     


  5. We were in Brazil once and this man asked us what language we were speaking and we said English and he answered That’s not English! In English.

    Yup. Most Trinis who’ve travelled or lived abroad will have a story similar to this. But the great thing* about English, as opposed to, say, French, is that there isn’t a centralised authority (such as the Académie Française) which can tell you what is or isn’t English. Once what you’re saying can broadly be understood by some other speakers, it probably fits. It’s why there’s so much flexibility and variation and fun in the language. It’s also why we have horrific neologisms like “webinar” and “actioning” - but that seems like a small price to pay.

    *Or the terrible thing, if you happen to be a pedantic arsetwit.

     


  6. anasurimbor-rai asked: Hey, I have a question. Do Trinis think of themselves as being bilingual?

    I’m assuming by Trinis you mean “Trinis who can speak both standard English and Trini dialect, but no other languages.” In that case, I can’t necessarily speak for everyone, but intuitively I don’t think so.

    T&T’s dialect is codified to some extent - in John Mendes’ “Cote Ci Cote La” and Lise Winer’s dictionary of T&T words, among others. But (I think) most locals don’t seem to think of it another language, just another way of speaking the same base language, English.

    Ultimately I think it is just that, a regional - national - dialect of English which gets words from other languages and invents its own, like the Mancunian and the Scouse dialects, or Singlish (Singaporean English), etc. This isn’t exclusive to English, either. There are strong regional dialects in Japanese (Kanto, Kansai, Tsugaru, among others) and most other languages, I suspect.

    Flipside: What do Jamaicans think of Jamaican patois as a language/dialect, relative to standard English? I wonder if any linguists in the region have done work on this. It seems like an obviously interesting thing to study.

     


  7. This was, of course, the first hard drive, and in “Magnetic Disk Storage: A Personal Memoir,” a man named Albert S. Hoagland, who worked on the RAMAC, cites the Crosby connection—how the singer’s unusual professional needs led to tape recording. There is a direct link in the Silicon Valley understanding between Bing Crosby’s crooning and the rise of the hard drive, which was designed as an improvement over magnetic tape. Or, to put it into an equation: microphones + crooning + Nazis + radio + fifty thousand dollars = Silicon Valley. RAMAC was victorious, for although you’ll still find tape for data storage, the world belongs to the hard drive. But only for now. S.S.D.s—solid state disks, banks of memory—are taking over. The link to the Nazis and magnetic tape is slowly breaking apart.

    (…)

    Perhaps this is apocryphal, but once while editing his show on tape he asked for a joke to get a different reaction—for a past laugh to be spliced in. Thus, in addition to setting in motion the technologies that brought about the information revolution, he also indirectly created the laugh track.
    It goes without saying that you should read this. Along with Hedy Lamarr and the invention of radar, there are some amazing stories about the relationship between show business and high technology in the mid-20th century.
     


  8. Welcome to Google Island. I hope my nudity doesn’t bother you. We’re completely committed to openness here. Search history. Health data. Your genetic blueprint. One way to express this is by removing clothes to foster experimentation. It’s something I learned at Burning Man,” he said. “Here, drink this. You’re slightly dehydrated, and your blood sugar is low. This is a blend of water, electrolytes, and glucose.

    Amusing, scary-ish near-future fiction that might not feel so fictional in a few years time.

     

  9. afootballreport:

    David Beckham, conquerer of nations, retires

    Read More

    David Beckham retiring = I cannot deal with my life anymore. This is difficult, guys.

     

  10. Today’s motivational work e-mail.

     

  11. David Beckham is retiring. I’ve always dreaded this day, because it finally means my childhood is over.

    Thanks for all the great memories.

     


  12. Scientific discovery is not valuable unless it has commercial value,” John McDougall, president of the NRC, said in announcing the shift in the NRC’s research focus away from discovery science solely to research the government deems “commercially viable.”

    This is probably the dumbest thing anyone from Canada has ever said in the history of Canada, inclusive of all the Canadians on South Park. And I went to university in Canada, so I’ve heard Canadians say some extremely stupid things.

    The statement (and the policy that it supports) is so spectacularly dumb, that in trying to justify subsidising research on economic grounds,  it completely misunderstands the economic argument for subsidising basic research!

    A quick precis of that argument: Basic research has the characteristics of a public good - it benefits lots of people, but it’s hard for any one firm or organisation to appropriate the revenues. Because the benefits are hard to appropriate, commercially-oriented firms would provide far too little basic research; to redress that problem, governments should subsidise its production. As an aside, public subsidy for research can come in lots of ways, mainly through funding for research projects within universities and research institutes, supporting highly productive researchers or teams (scholarships, sabbaticals, etc), and helping scientists to access external funding - a big and underrated science policy initiative, especially for developing countries) On top of the direct economic benefits that justify the subsidy in the first place, there are lots of other indirect benefits from basic research - including increases in the supply of high-skill workers, the creation of new scientific instruments, and the formation of some new firms (LOL, irony) - which are nicely summarised in this paper by Ammon Salter and Ben Martin.

    Imagine if we retrospectively applied McDougall’s argument to past governments, and they only subsidised research that the government deemed to have had commercial viability. The following technologies would never have existed - because their underlying principles wouldn’t have been discovered - or they would have been invented and perfected much later, as their commercial viability wasn’t immediately obvious:

    • Microchips
    • The internet
    • Baby formula
    • GPS technology
    • Penicillin, most vaccines and many, many pharmaceutical products: most pharma inventions are completely ridiculous as business ideas until they advance to the stage where it’s possible to mass-produce them.

    And that’s just a tiny fraction of the outputs generated by government-supported research in English-speaking countries.

    This isn’t to say that governments don’t waste money subsidising basic research - there are lots and lots of silly research projects and programs out there*. But that seems like a small price to pay for the life-changingly huge impacts that some basic research programs generate. The thing about these super-high-impact research outputs, and the reason the Canadian policy shift is so flawed, is that you can’t know in advance which ones are going to have a huge impact! And you really can’t tell what the commercial viability of a research project is before you even know what the results of that project will be!

    Could America’s National Science Foundation (NSF) have predicted that some random ranking algorithm two geeks came up with would’ve spawned the internet’s most sprawling commercial empire? Well, they didn’t need to - but nevertheless, the NSF sponsored Sergey Brin’s research and eventually Brin’s/Larry Page’s Pagerank algorithm has played a huge part in Google’s success as a profit-making capitalist enterprise.

    By the way, does anyone else see the irony in a market-oriented science policy which subsidises only research which “the government deems “commercially viable”” [italics mine]? What happened to letting firms and individuals decide what’s commercially viable? Derp derp derpy derp derp. Canadian right-wingers are a weird breed, man.

    Update: There are just so many hilariously stupid** quotes from the original article that I felt like sharing some more of them with you.

    Science Minister Gary Goodyear said: “There is only two reasons why we do science and technology. First is to create knowledge … second is to use that knowledge for social and economic benefit.

    1) The creation of knowledge is, err, basic science. Oh, y’know, just the thing you and your buddy said you weren’t going to fund anymore!
    2) “There is only two reasons..” - I guess basic grammar counts among the things that government shouldn’t support, because it isn’t commercially viable…

    Citing NRC’s “inability to respond to industry’s demands,” Goodyear explained that NRC will now respond exclusively to industry’s demands.

    On what planet does that make sense? “We are pretty good at serving other groups and terrible at serving your group… so to fix that, we’ll specialise in serving your group.” What?

    * And of course there are lots of commercially viable research outputs that haven’t been funded by governments.

    ** And by ‘hilariously stupid’ I mean ‘it is depressing and dangerous that these people have power.’

     

  13. I got a work e-mail on Monday about standardising our fonts when we’re doing internal and external communication. I’m not necessarily opposed to house style - though I am viscerally opposed to Times New Roman. My reply is above.

     

  14. The current production processes involved in making potato chips basically amount to magic.

     


  15. I posted this Atlantic photo-set last week, but I continue to be blown away by some of these inventions. Some of these are truly, truly amazing.

    It just shows that you don’t necessarily have to have a giant fancy lab and an army of PhDs in white coats in order to be innovative. A problem, some materials and a healthy dose of ingenuity are enough to get you started.