Putting the life back in science fiction


2017 Predictions, Piled Higher and Deeper
January 5, 2017, 11:02 pm
Filed under: 2017, climate change, futurism, Speculation | Tags: ,

Over Christmas, we had all the relatives over, and our beloved nieces gave us their colds.  Well, I’m not sure it’s just a cold, because I’ve been spiking a fever every evening for the last week, but we loved seeing them anyway.

All this is in explanation for why I haven’t said anything over the holidays.

Anyway, 2017 predictions.  I’ll throw mine out, and feel free to add yours at the end.

BEFORE I START, HERE’S A WARNING: if there’s any US online publication that you need for climate science or anything else, download that sucker before January 20th.  There’s no reason to think it will be available on the 21st, although hopefully the Wayback Machine and international mirror sites will help.

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From here to Technofeudalism (or not)
December 18, 2016, 6:48 pm
Filed under: 2016, futurism, Speculation | Tags: ,

This was prompted by a comment by Wolfgang Brinck on the last post, that we’re going into a feudal society, with the capitalists in the place of the feudal lords of the Middle Ages.  It’s not that simple, of course, but here’s a way we could conceivably get to something resembling that state. Continue reading



High tech, no antibiotics: a thought experiment
September 24, 2016, 8:39 pm
Filed under: futurism, science fiction, Speculation, Uncategorized | Tags: , ,

First off, I wanted to share a neat video from Bad Astronomy, showing just how, and how fast, bacteria evolve.  Yes, this is evolution in action, captured on a video.  Share it with your creationist frenemies.  Isn’t the 21st Century awesome?

And now, a thought experiment: normally, when we think of a science fictional future, it contains antibiotics, either explicitly or more generally, implicitly.  Antibiotics are routine, not just for treating infections, but more importantly for treating wounds such as you would get from surgery.  Anything involving a transplant, a replacement, or even opening up the body goes much better if there’s a course of antibiotics afterwards to clear up whatever bacteria got into the wounds that the surgeons made.

It’s not news that antibiotics are ephemeral products, and that the more we use them, the faster they become ineffective.  They knew that when they commercialized penicillin.  My question is, what would an antibiotic-free future look like?  Especially one that is high-tech? Continue reading



Labor Day Silliness: America as Rome, part duh

While I don’t want to kill the previous conversation, I’d like to post a rather silly question, if you’ve got some down time this weekend and want to swat at it.  The idea is based on the USA kind of following in the caligulae of the Roman Empire as it crashed.  The question is, when Washington DC floods due to sea level rise, what city becomes the new capital, the American Constantinople?

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Facepalm with a hit of nitrous
July 28, 2016, 7:01 pm
Filed under: climate change, futurism, Real Science Content, Uncategorized | Tags: , ,

I’ve been advocating for a partial switch to an ammonia-based economy, on the theory that, while NOx is an air pollutant, it’s better than CO2.

Facepalm time: N2O, good ol’ nitrous oxide, which is another thing that comes out of of using ammonia for fertilizer or burning it, is a greenhouse gas 100 times more potent per pound than CO2.  Right now, it’s 5.9% of US greenhouse gas emissions.  It supposedly lasts about 114 years in the atmosphere, until it gets broken down by some process or other (I’m being lazy about all the bits and bobs in the nitrogen cycle, because it’s hot here, and with a flex alert on, I’m not running the AC). Unlike CO2, it doesn’t look like it sequentially saturates large sinks and stays around for hundreds of thousands of years in the atmosphere.  Rather, it just breaks down slowly.  About 40% of the N2O emitted in the world is from human activities, and it can be cut, in some circumstances, through catalytic conversion technology.

Here’s some really basic information on it (link to EPA)

The basic sources for atmospheric N2O are:

  • conversion of nitrogen fertilizers to N2O by bacteria.  This is the big one, and more efficient fertilizer use and better land management can cut this to some degree.
  • it’s a combustion byproduct, so it comes out the tailpipes of gas-burning cars.  Catalytic convertors can help with this.
  • various industrial processes produce N2O as a byproduct.

Now, the simplistic solution is hydrogen, except that (IIRC) burning hydrogen using air also may release some N2O, because there’s a lot of nitrogen in the air.  Converting to fuel cell-type devices that do electrochemistry rather than combustion and using catalytic convertors on combustion-powered systems probably is the way to go.

It does get more complicated than that.  While catalysis is the simple-minded solution, it’s also prey to the usual simple-minded problems with polluters who don’t keep that part of their car (or other system) working, and thieves after the platinum in the convertors.  It’s the usual, intractable problem: environmental problems, greed, and stupidity don’t mix.

So, what do you think?  Pitch any desire for an ammonia economy out the window and pray for hydrogen and better batteries?  Double-down on catalysis, which catches NOx better than CO2, and start prospecting for platinum at the side of the local highways?  Stick with fossil fuels and assume we’re all doomed?  Some combination of all three?

Oh well, tonight I get to watch  the latest episode of the newest superhero series: Suit Woman vs. Generalissimo Cantaloupe.   I’m not sure binge watching is the right word for it (more the opposite), but it does seem to be the thing everyone’s talking about this season.



Water, salt, sediment, and power. And the future

Well, I finally finished reading Mark Reisner’s Cadillac Desert (Amazon link), and I highly recommend it, if you haven’t read it already, even though the original text was written in the 1980s.  For those who haven’t read it, the thumbnail is that it’s a muckraking history of water works in the US, primarily in the western US in the 20th Century.  The reason I strongly recommend it is not just for what Reisner got right (or apparently got right), but also what he got wrong, like his prediction of the huge water crisis of 2000.

I’m not going to do a book review here.  Rather, I’m going to talk about some of the things I got out of it, including how hard it is to predict when water crises will hit.

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California’s (possibly) electric future

Wow, the last three weeks were not fun, but that’s not what this entry is about.  I’m back, and regular entries are resuming until the next little crisis kicks up.

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