26
Mars shelter problem can be solved with engineered yeast, gelatin and sand: paper (www.scmp.com)
submitted 3 weeks ago by to c/nottheonion@sh.itjust.works
15 comments fedilink hide all child comments
 

cross-posted from: https://news.abolish.capital/post/83318

Future settlers on Mars would need houses, but they must either spend huge sums transporting construction materials from Earth or use enormous amounts of energy to melt Martian soil into bricks. Scientists in Hong Kong say they have developed a quick and low-cost “living” building material made from genetically engineered yeast, gelatin and sand that can be 3D printed under conditions simulating the Martian environment. Their study, published online last month in Chem Circularity, an...

From China - South China Morning Post via This RSS Feed.

you are viewing a single comment's thread
view the rest of the comments
[–] 5 points 3 weeks ago (6 children)

We have no data about low gravity, only microgravity. Otherwise, yeah.

  • permalink
  • fedilink
  • source
  • parent
  • hideshow 6 child comments
    •
  • [–] 4 points 3 weeks ago (5 children)

    Mars’ gravity is about a third of Earth’s. Living their for prolonged periods of time will deteriorate your skeletal system - or adaptation to Mars, whatever you fancy. A return to Earth will be impossible due to this as well.

  • permalink
  • fedilink
  • source
  • parent
  • hideshow 5 child comments
    •
  • [–] 5 points 3 weeks ago (4 children)

    We don't actually have data on that.

  • permalink
  • fedilink
  • source
  • parent
  • hideshow 4 child comments
    •
  • [–] 2 points 3 weeks ago* (3 children)

    Wikipedia talks of an about 38%, what exactly do you mean? That we haven’t done experiments on Mars? The known gravity is used in calculations for Mars landers etc… so I don’t quite follow.

  • permalink
  • fedilink
  • source
  • parent
  • hideshow 3 child comments
    •
  • [–] 5 points 3 weeks ago (2 children)

    He's saying that while we have theories about how low gravity will affect us, we don't actually have any data. Only normal g and zero g, nothing in between.

  • permalink
  • fedilink
  • source
  • parent
  • hideshow 2 child comments
    •
  • [–] 2 points 3 weeks ago*

    Yeah. It's probably going to be bad, but tbh I think it could go either way. The mass of your average human can vary by quite a lot, and our bones can structurally handle a 40kg human and a 100kg human, so my personal bet is that the transition would be a bitch, but I think we could go from 1.0 to long-term 0.38g to 1.0g with some work.

    Lots of open questions, though. Conception. Gestation. Birth. Adolescence. Would someone growing up entirely in Martian gravity be able to adapt? Again, probably going to be bad, but who knows for sure?

  • permalink
  • fedilink
  • source
  • parent