back to article New ISS crew will spend their time bombarding computers with radiation

Three new astronauts currently rocketing up to space in the Soyuz spacecraft will be conducting new experiments, including sequencing DNA and blasting computers with radiation. Anatoly Ivanishin from the Russian space agency Roscosmos is commander of the Soyuz, and is joined by two space newbies: Takuyi Onishi from Japan's …

  1. Known Hero

    Bombarding computers with radiation.

    The true birth of SkyNet the Mutant programming rises against their creators and actually turns out to be quite nice and a great conversationalist at dinner parties.

  2. kryptonaut

    Computers in spaaace...

    "I've just picked up a fault in the AE35 unit. It's going to go 100% failure in 72 hours."

  3. Hans Neeson-Bumpsadese Silver badge

    Units, you nit!

    The ISS is roughly the size of an American football field and weighs about 400 metric tonnes

    Consistent use of non-Reg-standard units.... C-, must try harder

    1. Anonymous Coward
      Unhappy

      Re: Units, you nit!

      Right there at the beginning of the article is this:

      "The space station, roughly the size of a football pitch, will be home to the astronauts for four months."

      I figured out that a football pitch is a third larger by area than a football field, yet both are the same size now, since both (roughly) match the ISS. I'm confused.

    2. Alan Brown Silver badge

      Re: Units, you nit!

      Not to mention that it doesn't "weigh" anything at all.

      Its MASS on the other hand, is substantial....

      1. John Brown (no body) Silver badge
        Pint

        Re: Units, you nit!

        "Not to mention that it doesn't "weigh" anything at all."

        We keep getting told that it's not "zero G", it's a "microgravity environment", so it must weigh something.

        1. Anonymous Coward
          Anonymous Coward

          Re: Units, you nit!

          It could be argued that tidal effects are a form of gravity, and those are the main cause of any "microgravity" I assume. So yes, you would weigh something most places in the ISS, just not very much.

      2. Anonymous Coward
        Anonymous Coward

        Re: Units, you nit!

        At the altitude of the space station (~400km) gravity is not that different from the earth's surface (about 89% I think), things just appear weightless because it is moving so incredibly fast sideways and falling due to gravity but with the same curvature as the earth's surface. Surely this means that the space station does have weight and it isn't vastly different to the weight it would have if sat on earth's surface ?

        1. You aint sin me, roit

          Re: Units, you nit!

          Indeed, the idea that there's no "gravity" there is fatuous. What else is providing the centripetal force to cause the ISS to orbit the Earth? (Newton's answer).

          Einstein would say that the Earth's mass distorts space-time resulting in the curved nature of the ISS's orbit, but even he would say that locally (and not too fast) this effect is the same as "gravity".

          However, if I tried to place the ISS on my bathroom scales while it's in orbit...

  4. Lee D Silver badge

    Surely bombarding devices with radiation is something more sensibly and cheaply done on the ground. I mean, sure, measure the radiation a square inch in space receives, but then surely you can just replicate that - without other external factors - on the ground much more cheaply that putting even 100g of kit onto a rocket?

    And what answers will you get? Yes it works, or no it doesn't. Either way, you haven't proved much as we have radiation-hardened kit on Earth already, and commodity hardware in space already (don't the ISS all use off-the-shelf laptops?), and we know when normal kit starts to fail and when extra protection is not necessary, don't we? Don't we have an awful lot of satellites and other equipment a LOT further from Earth's protection running around out there?

    And I thought the point of ISS was that it's inside an orbit that's relatively safe for astronauts from the radiation. Otherwise it would be much further out where it could do more useful science, and maybe even be geostationary.

    1. Dave 126 Silver badge

      >don't the ISS all use off-the-shelf laptops?

      They do use off the shelf laptops running Linux, around seven of them, but they only act as terminals for the ISS's Command and Control computers.

      Less critical work, stock control, email, note taking etc, is also done on standard laptops, but they are not connected to the critical C&C systems.

      Judging by the photographs, the laptops are, at least in the American sections, ThinkPads.

    2. Dave 126 Silver badge

      More info here:

      http://www.nasa.gov/mission_pages/station/research/experiments/1873.html

      They have already conducted tests on the ground.

      1. Anonymous Coward
        Anonymous Coward

        Re: More info here:

        Yeah, and what about the bone tests? The article doesn't explain it well. I gather that they invented a device to make bones on the ground waste away just like they do in space, and now they're going up to compare actual microgravity wasting with their simulated kind. I guess.

        Okay, great. So they can make your bones go soft right here on Terra Firma. What good is that? Does the machine have a handy 'reverse' switch which would then miraculously cure osteoporosis? Could it be that easy?

        1. phuzz Silver badge

          Re: More info here:

          "Okay, great. So they can make your bones go soft right here on Terra Firma. What good is that?"

          To make a cure, you need to have something you can test on. Of course there can test on the astro/cosmo-nauts themselves, but if they can come up with a good analogue on the ground, it becomes much easier and cheaper than testing on the handful of people in space each year.

          So, now that they've created something they can test, they want to check that it does accurately lose bone density in the same way as in space.

    3. Alan Brown Silver badge

      "Surely bombarding devices with radiation is something more sensibly and cheaply done on the ground"

      Up to a point.

      The radiation environment in space (even at LEO, well inside the magnetosphere) contains far higher energy protons (aka cosmic rays) than anything we're able to produce on the ground. These seldom make it to ground level thanks to our protective atmosphere.

      Refer to the "oh my god" particle event.

  5. Anonymous Coward
    Anonymous Coward

    Re. Nerds in SPAAAAAAAACE

    Simulated microgravity is *almost* the same but there are slight variations due to some tissues having more water content (water being the slightly diamagnetic substance the magnets act on).

    Incidentally this is being looked into as a way to generate artificial gravity without the added hassle of spinning a craft at high speed and the resultant Coriolis effects messing with the astronauts equilibrium.

    The steady state field you need to generate a 0.35G field is around 18T, or the alternative is to simply have chambers where the crew sleep so they have "gravity" some of the time.

  6. Pascal Monett Silver badge
    Coat

    "Bombarding computers with radiation"

    All they have to do is put the computer outside, right ?

    1. allthecoolshortnamesweretaken

      Re: "Bombarding computers with radiation"

      Which is exactly what they plan to do: "Small Gumstix computer modules will be subjected to harsh radiation bombardment outside the ISS."

  7. Uffish

    Roughly the size

    Just looked up the dimensions of the ISS and had a big surprise - it's three dimensional, as opposed to rugby, world (except US) football, and US football pitches.

POST COMMENT House rules

Not a member of The Register? Create a new account here.

  • Enter your comment

  • Add an icon

Anonymous cowards cannot choose their icon

Biting the hand that feeds IT © 1998–2019