Communion Of Dreams


So I wander into this nuclear reactor . . .

I had reason to look up this item the other day, and was surprised that I hadn’t ever posted it to the blog. So, in honor of St Pat’s Day (well, OK, not really, but there is a connection…), here’s a little something from my old archives from a few years ago.

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So I wander into this nuclear reactor . . .

This morning’s news that the NRC has declined to force nuclear power plants to take additional precautions to prevent the breach of a nuclear reactor’s core by attack with a jetliner comes as little surprise, given the Bush administration’s attitudes about actual security issues.

But, as always when I hear such news reports, I was taken back to a sunny spring morning some 30 years ago, when me and a couple of college buddies wandered into a nuclear reactor.

It was the weekend of St. Pats day, and we were at the University of Missouri – Rolla to party with a friend of ours who was an engineering student there.  I think it was Friday morning, and our friend had some classes he had to attend, so myself and my two friends decided to just explore the campus a bit (we all attended schools elsewhere).

I had considered Rolla for school myself a few years previously, when I had been thinking of going into physics (a dream derailed by poor higher-math skills).  So when we came across the research reactor building, I wanted to have a look.

We just wandered in.  No, seriously.  We just wandered into the building, through a couple of sets of doors, and soon found ourselves standing at a railing, looking down at the glowing blue core of the nuclear reactor.  In this day and age it is hard to imagine such a thing – and even at the time it seemed more than a little odd.

A few minutes after we came in, a nice fellow who fit the stereotype image of a science professor came over to us.  Short, grey, bearded, balding, wearing a white lab smock over his shirt and jeans.  He sort of looked us over, asked what we were up to . . . and then gave us an impromptu tour of the place (after tagging us with personal dosimeters).

It was fascinating, to me at least.  The reactor core at this facility sits at the bottom of a large swimming pool, about 20 feet down.  That provides all the necessary protection from the radiation generated from operation of the fission reactor (which doesn’t produce much power, and doesn’t use the sort of fuel used in nuclear weapons).  Herr Doktor explained all this to us non-scientists, and also explained the eerie blue glow coming off the reactor (which was then in operation).

It was a color like I’ve never seen before or since – a soft electric blue that was both intriguing and repulsive.  I knew what it was, having been interested in physics:  Cherenkov radiation, caused when the radioactive particles generated by the fission reactions are faster than the speed of light in the water.  But it’s the sort of thing that lasts in the memory, embedded there in a way not unlike a religious experience – hard to describe, or explain, or convince others of, yet extremely vivid for the one who experienced it.

Now, I’m not religious.  I’m an atheist, in fact.  I understand what that blue glow is – yet, whenever someone claims that they have had a religious experience, I can tie it to that same feeling I had on first seeing that other-worldly blue glow.

Well, anyway, I had to share that personal experience, and add a bit of perspective on the changes we’ve seen in terms of security over the last 30 years.

Jim Downey



Because I was not the President.*

First they flew to watch for illegal immigrants, and I did not speak out—
Because I was not an illegal immigrant.

Then they flew to look for marijuana farms, and I did not speak out—
Because I was not a marijuana farmer.

Then they flew to watch the White House, and I did not speak out—
Because I was not the President.

Then … and then … and then …

 

Jim Downey

*With apologies.



And for today’s nightmare fuel …

… courtesy of Boston Dynamics:

Don’t get me wrong — that’s extremely cool technology. And I can think of all kinds of incredible applications even just as it is, let alone what it promises for the future.

But it also gives me the heebie-jeebies watching it move.

 

Jim Downey



Bits & pieces.

A number of unrelated items which I thought I’d share …

* * *

Astronomers Find Ancient Earth-Sized Planets in Our Galactic Backyard

Astronomers have announced what may be the most interesting exoplanet discovery yet made: five planets, all smaller than Earth, orbiting a very ancient star. And I do mean ancient: Its age is estimated to be more than 11 billion years old, far older than the Sun. These are old, old planets!

* * *

Perhaps you see the problem. If planets like Earth formed 11 billion years ago, and happened to form at the right distance for more clement conditions on the surface, life could have arisen long enough ago and started building spaceships long before the Earth even formed! They’d have planted their flags on every Earth-sized habitable planet in the Milky Way by now.

Where are they?

Oh! Oh! I know! Pick me!!

* * *

Thanks to all who helped spread the word about the 3rd anniversary promotion! It was a modest success, with a little shy of 200 books downloaded world-wide, including through the following Amazon portals:

  • Australia
  • Canada
  • France
  • Germany
  • India
  • Japan
  • Netherlands (for the first time!)
  • UK
  • US

* * *

Via BoingBoing, turn your iPhone into a thermal imaging camera in just seconds:

https://www.youtube.com/watch?v=_ZbFjfKn9Cw&x-yt-ts=1422327029&x-yt-cl=84838260

Yeah, I mentioned using this kind of imaging tech in the current novel some time back.

* * *

Speaking of tech predictions, this is the first step in the sort of thing I envisioned for the cyberware of Communion of Dreams:

Flexible spinal cord implants will let paralyzed people walk

* * *

I mentioned earlier that evidently the Wikipedia elves are trying to decide whether to nuke my entry there. It seems that they’re still debating it. As I noted on the BBTI Facebook page a few days ago, in response to comment by a friend that it seems weird that BBTI is little more than a footnote in that entry:

It’s a fair point. I certainly am known much better around the world for being the driving force behind BBTI than I am for a fun little art stunt which was intended to happen and then fade from memory. I know that BBTI has had a much bigger and more lasting impact in the real world.

So, whether or not an entry about me should exist at all, if one does exist, shouldn’t it be more about my part in BBTI rather than as a “internet performance artist”? Hell, even my work as a book & document conservator has had a much larger real impact than ‘Paint the Moon’ did.

Just a thought, if anyone wants to do some editing …

* * *

This doesn’t have anything to do with any of the books or anything I’ve predicted (that I can remember), but it is a pretty cool bit of astronomy:

Gigantic ring system around J1407b much larger, heavier than Saturn’s

Astronomers at the Leiden Observatory, The Netherlands, and the University of Rochester, USA, have discovered that the ring system that they see eclipse the very young Sun-like star J1407 is of enormous proportions, much larger and heavier than the ring system of Saturn. The ring system – the first of its kind to be found outside our solar system – was discovered in 2012 by a team led by Rochester’s Eric Mamajek.

 

* * *
And here’s a useful video for anyone out there who may need to remove some rust from old equipment:

I knew that this could be done with electrolysis, but I didn’t realize that it was actually quite so simple. I am definitely going to set up to do this on a number of old tools and suchlike.

* * *

A nice bit of space exploration history:

The Challenge of the Planets, Part Three: Gravity

 

* * *

And I think I will leave it at that for now.

 

Jim Downey



Damn, that’s FAST.

Watch a laser beam bounce:

From the YouTube description:

A video captured by Washington University’s Lihong Wang’s new imaging system, known as “compressed ultrafast photography,” shows a laser pulse propagating in air and being reflected from a mirror. The movie is slowed down 10 billion times to make it visible to the human eye. (Video courtesy of Washington University in St. Louis)

A good article explaining this new technology is here:

New Ultrafast Camera Invented At Washington University Could Help Turn Science Fiction Into Reality

Very cool. Take-away quote:

Wang’s new technology improves on previous ultrafast cameras in two important ways.

Up until now, streak cameras could only take a one-dimensional snapshot ― think of it like trying to take a picture of something flying by really fast behind a vertical slit.

And the fastest cameras had to have an external light source to work.

Wang’s technique doesn’t need special lighting, and it produces two-dimensional images ― more like a regular photograph ― but at a rate of one every 10 trillionths of a second.

Damn, that’s FAST.

 

Jim Downey

 



And the sky, full of stars … *

I should have some interesting news to share in a couple of days. But for now, I thought I would share this amazing post from Phil Plait at Bad Astronomy:

Andromeda

Yesterday, I posted an amazing Hubble Space Telescope picture. I don’t think it’s too soon to post another shot from Hubble… and I think you’ll agree when you see it, especially after you get an understanding of what you’re seeing.

First, the eye candy: The magnificent Andromeda Galaxy, as seen by Hubble.

 

And as Plait notes, that’s the low-resolution image.

Go enjoy the article, and marvel at the images he has/links to. Seriously — it is worth your while, if you’re any kind of a space-geek at all.

 

Jim Downey

*With apologies to JMS.



Sights and insights.

A mix of little things, playing catch-up for the last couple of weeks …

Why catch-up? Well, this might explain why I took a break for a while there.

And we’re off …

* * *

First thing, thanks to all who downloaded Communion of Dreams over the weekend, or helped to spread the word about it. There were a total of 693 downloads worldwide — and that includes various European portals, as well as Canada, India, and Japan! Pretty cool.

For those who have gotten the book, once you have a chance to read it please take a few moments to review it on Amazon or elsewhere – it really does help, and as I am finishing up writing St Cybi’s Well the feedback is most welcome.

Because, yeah:

1557496_654324411293554_1024650148_n

* * *

A long, but quite good, read about the value of the ISS: 5,200 Days in Space

* * *

And a fun bit of perspective from xkcd about getting there:

* * *

Some great images from one of the sites I’ve mentioned here before: Pentre Ifan

Petre Ifan is a haunting burial stack that stands in a verdant Welsh field as one of the most complete and dramatic stone dolmens still found anywhere on the planet.

* * *

Wow.

X-rays stream off the sun

Go see the full size image and explanation of the science. Worth it.

* * *

An excellent read by an old and dear friend: There’s an App for That: Cancer in the Modern Age

* * *

And another excellent read, all in all. But this paragraph is so painfully true:

“Writing is a strange and solitary activity. There are dispiriting times when you start working on the first few pages of a novel. Every day, you have the feeling you are on the wrong track. This creates a strong urge to go back and follow a different path. It is important not to give in to this urge, but to keep going. It is a little like driving a car at night, in winter, on ice, with zero visibility. You have no choice, you cannot go into reverse, you must keep going forward while telling yourself that all will be well when the road becomes more stable and the fog lifts.”

* * *

Any others to add? The 10 Sci-Fi Films That Defined 2014

* * *

Of course, reading is always better for you: Brain function ‘boosted for days after reading a novel’

See? I’m actually making you SMARTER! Keep that in mind when you write a review, will ya?

* * *

And that’s enough for now. I need to get back to my “strange and solitary activity”.

 

Jim Downey



“All our futures tend to be made up out of bits and pieces of our present.”

A very insightful essay into the role which speculative fiction played in the Victorian era, and how it is still echoed in our fiction today:  Future perfect Social progress, high-speed transport and electricity everywhere – how the Victorians invented the future

Here’s an excerpt, but the whole thing is very much worth reading:

It’s easy to pick and choose when reading this sort of future history from the privileged vantage point of now – to celebrate the predictive hits and snigger at the misses (Wells thought air travel would never catch on, for example); but what’s still striking throughout these books is Wells’s insistence that particular technologies (such as the railways) generated particular sorts of society, and that when those technologies were replaced (as railways would be by what he called the ‘motor truck’ and the ‘motor carriage’), society would need replacing also.

It makes sense to read much contemporary futurism in this way too: as a new efflorescence of this Victorian tradition. Until a few years ago, I would have said that this way of using technology to imagine the future was irrecoverably dead, since it depended on our inheritance of a Victorian optimism, expressed as faith in progress and improvement as realisable individual and collective goals. That optimism was still there in the science fiction of Heinlein, Isaac Asimov and Arthur C Clarke, but it fizzled out in the 1960s and ’70s. More recently, we’ve been watching the future in the deadly Terminator franchise, rather than in hopeful film such as 2001: A Space Odyssey (1968). The coupling of technological progress and social evolution that the Victorians inaugurated and took for granted no longer seemed appealing.

 

I think this is very much why many people find that Communion of Dreams seems to fit in so well with the style of SF from the 1950s and 60s — in spite of being set in a post-apocalyptic world, there is an … optimism … and a sense of wonder which runs through it (which was very deliberate on my part). As noted in a recent Amazon review*:

James Downey has created a novel that compares favorably with the old masters of science fiction.
Our universe would be a better place were it more like the one he has imagined and written about so eloquently.

Anyway, go read the Aeon essay by Iwan Rhys Morus (who happens to be a professor at Aberystwyth University in Wales — no, I did not make this up).

 

Jim Downey

*Oh, there’s another new review up I haven’t mentioned.



Spinning wheels, got to go ’round.*

The reviews have been mixed, but one aspect of the new movie Interstellar is pretty cool: the rendering of the black hole depicted in the movie.  Even moreso since it is as scientifically accurate as possible, based on close collaboration with noted astrophysicist Kip Thorne:

Still, no one knew exactly what a black hole would look like until they actually built one. Light, temporarily trapped around the black hole, produced an unexpectedly complex fingerprint pattern near the black hole’s shadow. And the glowing accretion disk appeared above the black hole, below the black hole, and in front of it. “I never expected that,” Thorne says. “Eugénie just did the simulations and said, ‘Hey, this is what I got.’ It was just amazing.”

In the end, Nolan got elegant images that advance the story. Thorne got a movie that teaches a mass audience some real, accurate science. But he also got something he didn’t expect: a scientific discovery. “This is our observational data,” he says of the movie’s visualizations. “That’s the way nature behaves. Period.” Thorne says he can get at least two published articles out of it.

The video is remarkable. Seriously. Go watch it.

And in a nice bit of serendipity, there’s another fantastic bit of astrophysics in the news just now: actual images of planetary genesis from ALMA. Check it out:

A new image from ALMA, the Atacama Large Millimeter/submillimeter Array, reveals extraordinarily fine detail that has never been seen before in the planet-forming disc around a young star. ALMA’s new high-resolution capabilities were achieved by spacing the antennas up to 15 kilometers apart [1]. This new result represents an enormous step forward in the understanding of how protoplanetary discs develop and how planets form.

ALMA has obtained its most detailed image yet showing the structure of the disc around HL Tau [2], a million-year-old Sun-like star located approximately 450 light-years from Earth in the constellation of Taurus. The image exceeds all expectations and reveals a series of concentric and bright rings, separated by gaps.

 

That’s not computer-rendered theory. That’s an actual image, showing the formation of planets around this very young star.

Wow.

 

Jim Downey

*Naturally.



Hey, I’ve seen this movie … *

NASA Eyes Crew Deep Sleep Option for Mars Mission

A NASA-backed study explores an innovative way to dramatically cut the cost of a human expedition to Mars — put the crew in stasis.

The deep sleep, called torpor, would reduce astronauts’ metabolic functions with existing medical procedures. Torpor also can occur naturally in cases of hypothermia.

* * *

Economically, the payoff looks impressive. Crews can live inside smaller ships with fewer amenities like galleys, exercise gear and of course water, food and clothing. One design includes a spinning habitat to provide a low-gravity environment to help offset bone and muscle loss.

Hmm … seems that I’ve heard of something like that before …

 

Jim Downey

*Obviously. Hat tip to ML for the link.




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