Communion Of Dreams


Looking back: “Yes.”

While I’m on a bit of vacation, I have decided to re-post some items from the first year of this blog (2007).  This item first ran on November 24, 2007.

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I have a special place in my heart for Scott Simon, the host of NPR’s Weekend Edition Saturday program. Oh, I’ve long enjoyed his reporting and work at NPR, but in particular it was the experience of being interviewed by him in 2001 for my “Paint the Moon” art project which endeared him to me. As it was just at the beginning of the media coverage of that project, and most people as yet didn’t understand what I was trying to do with the project, it would have been easy to mock the idea and portray me as something of a fool – but Simon was kind and considerate in his interview with me (which took almost an hour to do from my local NPR station facilities), and the end result was an interesting and insightful segment for his show.

Anyway, I go out of my way to try and catch the broadcast of Weekend Edition Saturday each week, and today was no different. One of the segments this morning was an interview with Pat Duggins, who has covered over 80 shuttle launches for NPR and now has a new book out titled Final Countdown: NASA and the End of the Space Shuttle Program. In the course of the interview, Simon asked the following question (paraphrased; I may correct when the transcript of the show is posted later): “Are Americans unrealistic in the expectation of safety from our space program?”

Duggins paused a moment, and then gave an unequivocal “Yes.”

I had already answered the question in my own mind, and was pleased to hear him say the same thing. Because as I have mentioned before, I think that a realistic assessment of the risks involved with the space program is necessary. Further, everyone involved in the space program, from the politicians who fund it to the NASA administers to aerospace engineers to astronauts to the journalists who cover the program, should all – all – be very clear that there are real risks involved but that those risks are worth taking. Certainly, foolish risks should be avoided. But trying to establish and promote space exploration as being “safe” is foolish and counter-productive.

I am often cynical and somewhat disparaging of the intelligence of my fellow humans. But I actually believe that if you give people honest answers, honest information, and explain both the risks and benefits of something as important as the space program, they will be able to digest and think intelligently about it. We have gotten into trouble because we don’t demand that our populace be informed and responsible – we’ve fallen very much into the habit of feeding people a bunch of bullshit, of letting them off the hook for being responsible citizens, and treating them as children rather than participating adults. By and large, people will react the way you treat them – and if you just treat people as irresponsible children, they will act the same way.

So it was good to hear Duggins say that one simple word: “Yes.”

What we have accomplished in space, from the earliest days right through to the present, has always been risky. But for crying out loud, just going to the grocery store is risky. None of us will get out of this life alive, and you can be sure that for even the most pampered and protected there will be pain and suffering at times. To think otherwise is to live in a fantasy, and to collapse at the first experience of hardship.

I think that we are better than that. Just look at all humankind has accomplished, in spite of the risks. To say that Americans are unwilling to accept a realistic view of death and injury associated with the exploration of space is to sell us short, and to artificially limit the progress we make. I think it *has* artificially limited the progress we have made.

One of the most common complaints I get about the world I envision in Communion of Dreams is that the exploration of space is too far along to be “realistic”. Nonsense. Look at what was accomplished in the fifty years that lead up to the first Moon landing. In a world filled with trauma, war, and grief, some risks are more easily accepted. In the world of Communion, post-pandemic and having suffered regional nuclear wars, there would be little fixation on making sure that spaceflight was “safe”, and more on pushing to rapidly develop it.

We can go to the planets, and then on to the stars. It is just a matter of having the will to do so, and of accepting the risks of trying.

Jim Downey



Crossing boundaries.

Major “spoiler” warning further down in this post. Skip the rest of the section after the [] warning if you haven’t read the book. It’s OK to watch the video or read the concluding section.

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Tomorrow, with a little luck, we’ll break 20,000 downloads of the Kindle edition of Communion of Dreams, and could also break 10,000 downloads of the Kindle edition of Her Final Year.

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This has been making the news the last few days:

Voyager 1 About to Become Interstellar Emissary?

NASA’s Voyager 1 spacecraft may be getting its first taste of interstellar waters beyond our sun’s familiar shores and, like the pioneers that first took to the oceans to explore seas unknown, the 34-year-old robotic spacecraft is about to make history as the first man-made object to venture beyond the known horizon.

This historic announcement was made on Thursday by the team keeping a careful eye on Voyager 1’s particle detectors who noticed an uptick in interstellar cosmic ray counts in recent years. That can mean only one thing: the mission is beginning to leave the outermost regions of the heliosphere — the farthest extent of the sun’s influence.

* * * * * * *

From Chapter 18: [MAJOR SPOILER WARNING.]

“Well, the two of them have been going over all the data coming down from the ship. In addition to the telemetry about the condition of the ship, they’ve had a flood of data about the communications broadcasts that the ship has been receiving since stopping.”

“Communications? I thought your report summary said that we couldn’t broadcast to the ship, that it was on the other side of some kind of barrier?”

“Correct. But on that other side is ample evidence that the universe is teeming with technological civilizations. Klee hasn’t been able to decipher any of the communications yet, but is certain that there are hundreds, if not thousands, of sources. Seems that we’ve been kept in the dark about all of them by this shell of artifacts that surrounds our system.”

* * * * * * *

Yeah, me too.

* * * * * * *

Tomorrow, with a little luck, we’ll break 20,000 downloads of the Kindle edition of Communion of Dreams, and could also break 10,000 downloads of the Kindle edition of Her Final Year. Downloads all day will be free to one and all.

Help spread the word if you can. It’s not like sharing it with an alien civilization or anything, but still it will be appreciated.

Jim Downey



Futures, near and far.

First, a reminder: Sunday, Father’s Day, will be a Kindle promotional day for both Communion of Dreams and Her Final Year. Both books will be free to download in the Kindle edition, and I would invite everyone to please do so! We’ve had some new reviews up of both books, and the word continues to spread about them.

Second, Phil Plait has an excellent (though too short) item up on the BBC site about prospects for human colonization of the Moon. Correctly, I think, he explains the likely reason that this will eventually happen, and why it’ll be essential for our future in space:

A critical aspect of this is being able to mine asteroidal material and process it, which Nasa and its contractors are studying. One line of thinking is that mined metals can be used to build structures in space that would be very difficult and pricey to construct on Earth and launch. Examples abound, including big spacecraft to use for crewed exploration of the planets, giant telescopes in orbit, space stations, and more. While the cost of the International Space Station (ISS) is estimated to be $100bn, much of that was simply getting previously-built components into space in the first place. If you already have those pieces in space, the cost is far less.

Smelting material in the near-weightless environment of an asteroid is one thing, but creating complex components of spacecraft is another. Manufacturing is likely to be easier in gravity, and the Moon is a perfect compromise for this.

Getting the materials to the Moon is not hard from an asteroid mining operation. And once built, getting even massive components off the Moon’s surface is far, far easier than it would be from Earth due to lower gravity and lack of air (it took a tremendous Saturn V rocket full of fuel to get to the Moon, but only the tiny Apollo ascent module to get back off). Building vehicles and other space-based structures on the Moon is vastly easier and less expensive than it would be here on Earth. From there, the rest of the solar system is an easy trip.

In Communion of Dreams I have references to Lunar colonies, and in St. Cybi’s Well, the prequel I am currently working on, the first colony is in the process of being built (as I’ve mentioned recently).

What I haven’t mentioned here much is another book which would also be a prequel to Communion of Dreams, set sometime in the 2030s, which would take place largely in such a colony. I don’t have a title for that book, and my thoughts on it are still very sketchy, but I think that it would be a really interesting one to write for exactly the reasons that Plait outlines. I don’t want to give too much else away about that (or commit myself to something I may decide to completely change later), but I am really interested in some of the artistic possibilities which working in a 1/6th Earth-normal gravity field would present.

Anyway, TGIF and all that. Remember to share the news of CoD and HFY being free this coming Sunday.

Jim Downey



Careful what you wish for.

We all have our little phantasies. One of mine (mentioned previously) is to see a screen treatment of Communion of Dreams.

But in reading about what kind of SF clusterphuck Prometheus has turned out to be, I’m almost afraid to contemplate it any further in case it might come true . . . in the worst way possible.

Jim Downey

(Yes, I intentionally misspelled those words. Here – go watch this stunning transit of Venus and stop bothering me.)



As above, so below.

* * * * * * *

From Chapter 1:

Jon spoke. “That’s typical. Sidwell is a bit of an old coot. He’s about 80, close as anyone can get him to admit. He has been at the forefront of exploration all along, having started with the Israeli colonies on the Moon, and was one of the first prospectors to establish himself on Titan.”

* * * * * * *

NASA gets two military spy telescopes for astronomy

The secretive government agency that flies spy satellites has made a stunning gift to NASA: two exquisite telescopes as big and powerful as the Hubble Space Telescope. They’ve never left the ground and are in storage in Rochester, N.Y.

* * *

The telescopes were built by private contractors for the National Reconnaissance Office, one of 16 U.S. intelligence agencies. The telescopes have 2.4-meter (7.9-foot) mirrors, just like the Hubble, but they have 100 times the field of view. Their structure is shorter and squatter.

* * *

The announcement Monday raised the obvious question of why the intelligence agency would no longer want, or need, two Hubble-class telescopes. A spokeswoman, Loretta DeSio, provided information sparingly.

“They no longer possessed intelligence-collection uses,” she said of the telescopes.

* * * * * * *

“The Israeli colonies on the Moon?” When did that happen?

Now.

One of the plot points for St. Cybi’s Well all along has been that Darnell Sidwell had been a shuttle pilot for a secret operation by Israel (with the tacit support of most of the governments of the major world powers) to establish permanent colonies on the far side of the Moon. That effort was well along by 2012, which is when the novel is set.

Remember, the timeline for Communion of Dreams isn’t exactly our timeline. It is very, very similar to ours, but there are some divergences.

The biggest worry I have had for some time was how to say that such a space program could exist without people knowing about it. In fact, earlier work on St. Cybi’s Well revolved around this very point as an espionage/counter-espionage sub-plot. I was concerned that it might be *too* outlandish an idea for readers to be able to suspend their disbelief.

So much for that concern; we’ve just found out that what we thought was at the limits of our technology is so obsolete that it can be handed off as so much surplus junk. And the implication is that while NASA is currently without the means to launch and service something like Hubble, that there are plenty other agencies within our government which are not so inconvenienced.

* * * * * * *

Ex-Spy Telescope May Get New Identity as a Space Investigator

The phone call came like a bolt out of the blue, so to speak, in January 2011. On the other end of the line was someone from the National Reconnaissance Office, which operates the nation’s fleet of spy satellites. They had some spare, unused “hardware” to get rid of. Was NASA interested?

* * *

The telescope’s short length means its camera could have the wide field of view necessary to inspect large areas of the sky for supernovae.

Even bigger advantages come, astronomers say, from the fact that the telescope’s diameter, 94 inches, is twice as big as that contemplated for Wfirst, giving it four times the light-gathering power, from which a whole host of savings cascade.

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From Sir Isaac Newton’s translation of the Emerald Tablet:

Tis true without lying, certain most true.

That which is below is like that which is above that which is above is like that which is below to do the miracles of one only thing.

And as all things have been arose from one by the mediation of one: so all things have their birth from this one thing by adaptation.

The Sun is its father, the moon its mother, the wind hath carried it in its belly, the earth its nurse.

The father of all perfection in the whole world is here.

Its force or power is entire if it be converted into earth.
– Separate thou the earth from the fire, the subtle from the gross sweetly with great industry.

It ascends from the earth to the heaven again it descends to the earth and receives the force of things superior and inferior.

And yes, that is a hint about another part of what’s to come in St. Cybi’s Well.

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Enjoy today’s Transit. As above, so below.

Jim Downey



Good lord.

Well, after completely screwing up the previous blog post ‘cleverness’, I now discover that there’s a blog out there which I should have been following for like 7 years.

Gods, some days I feel like a complete and total idiot.

Anyway, check this out:

  • Charter

    In Centauri Dreams, Paul Gilster looks at peer-reviewed research on deep space exploration, with an eye toward interstellar possibilities. For the last five years, this site has coordinated its efforts with the Tau Zero Foundation, and now serves as the Foundation’s news forum. In the logo above, the leftmost star is Alpha Centauri, a triple system closer than any other star, and surely a primary target for early interstellar probes. To its right is Beta Centauri (not a part of the Alpha Centauri system), with Alpha, Beta and Gamma Crucis, three of the stars forming the Southern Cross, visible at the far right (background image: Marco Lorenzi).

Yeah, looks like I have a lot of backlog reading to get through . . .

Jim Downey

Oh, yes, via MeFi.



A wisp, glowing green.

From Chapter 3:

Wright Station was one of the older stations, and its age showed in its design. The basic large wheel structure, necessary when centrifugal force simulated gravity, was still evident, though significantly altered. The station hung there as they approached, motionless. The aero slowly coasted toward a large box well outside the sweep of the wheel, connected to the wheel by an extension of one of the major spokes. This was the dock, and it was outside the AG field.

Sound familiar?

Though I do think that were someone to film Communion of Dreams, this scene would more closely reflect this reality, taken from the ISS:

Still, it is fascinating that we have already so deeply connected music with space imagery. And that what is seen as a pale blue dot in the distance is, up close, a living world with a thin sheath of atmosphere – a wisp, glowing green.

Tomorrow is a promotional day: the Kindle edition of Communion of Dreams will be free for any and all to download. Share the news.

Jim Downey



Space . . . the final infographic.

Two items.

One: Yesterday’s post was the most popular thing I’ve written here in years. Actually, I think it might be the second-best ever. Go figure.

(Well, three. I should mention this other item.)

Two: Possibly related, though things were doing quite well even before yesterday’s post – so far this month we’ve sold almost 50 copies (mostly Kindle) of Communion of Dreams. Thanks, everyone!

(No, make that four. Damn, forgot about this one.)

Three: Got another review. And it serves as a nice counterpoint to all those who enjoyed the book.

(Finally.)

And lastly, which I intended to be my second point all along: this very cool site showing relative scale of our solar system. I’ve seen this attempted a number of times and different ways online, but this is the best I’ve come across yet:

OMG SPACE is the thesis project of Margot Trudell, an OCAD student studying graphic design in Toronto, Canada. This website aims to illustrate the scale and the grandeur of our solar system, as well as illustrate through the use of infographics our work in the exploration of our solar system with various spacecraft.

And now I need to turn my attention to some book conservation work I want to wrap up. Cheers!

Jim Downey



The stars, ourselves.*

Via Phil Plait, this completely wonderful clip from Carl Sagan’s intellectual heir:

It *is* an excellent answer, and one I have discussed previously. Tyson does an excellent job with it, and had I been writing Communion of Dreams now, I certainly would be happy to reference him.

Perhaps for the next book . . .

Jim Downey

*Wherein I display not only my geek cred, but also my intellectual rigor. Ain’t you impressed?



Scenes from a trip: into the heart of darkness.
November 24, 2011, 12:19 pm
Filed under: Astronomy, Light pollution, N. Am. Welsh Choir, New Zealand, Science, Space

They say on a clear night you can see forever. But would the clouds ruin everything?

That was the forecast.

* * * * * * *

We breakfasted, then loaded onto the bus for the airport. A quick and easy jaunt through the security checkpoint (the agents knew we were Americans, made quips about how we didn’t have to act like cattle in their country) and then a 45 minute flight south to Christchurch.

We met our new bus driver there – like the one on the North Island, he was friendly, knowledgeable, personable. We got a brief drive around Christchurch, a chance to see some of the damage and rebuilding going on from the earthquakes earlier this year. The choir had originally been scheduled to perform in Christchurch Cathedral. We went by to see it. Or, I should say, what is left of it. There’s still a big debate going on in New Zealand over whether it is practical to salvage *any* of the structure.

After that drive-around, we went to the Canterbury Museum and the adjacent Christchurch Botanic Gardens. Martha and I opted to walk the gardens, which was wonderfully relaxing and beautiful. Many of the plants were in full bloom, it was sunny and warm, ducks were in and out of the Avon River, there were families with children and school groups.

Then it was on to Lake Tekapo, located in the center of the South Island, up in the Southern Alps.

* * * * * * *

It was a wet and rainy drive, very spring-like, but colder than it had been up on the North Island. The landscape reminded me very much of the inter-mountain area of western Colorado, between the different ranges of mountains. We stopped for snacks along the way, and Martha discovered the joy of hokey-pokey.

We rolled into Lake Tekapo, out the other side in an instant. There’s not much there. To our hotel, an odd sort of place called Peppers Resort. Oh, it was nice enough, but the place is sorta like an apartment or condo, with a bedroom downstairs and then a large family room and fairly complete kitchen upstairs. Which was fine, except that a second bedroom was glommed-on to some of the units, and the people in that bedroom would have to access the upstairs by going through the bedroom-bathroom hallway of the other one.

Further, the units were all scattered in clusters over a fairly large campus, meaning that you had to walk outdoors for long stretches, and most of them were some distance from the meeting areas and clubhouse. It wouldn’t be bad for someplace where the weather was always warm and nice, but here it had us scratching our heads a bit.

* * * * * * *

Martha and I got settled in, then decided that since the weather was clearing, we’d walk the short distance into the small town, have a look around.

Lake Tekapo is quite lovely, and the small town is pleasant enough. Here’s a good shot of the lake, just behind the small commercial strip:

* * * * * * *

We had a large buffet dinner that evening with other members of the tour. It was quite good.

Then after, the reason we were there: the Mount John Observatory.

It’s New Zealand’s premier observatory, operated under the auspices of the University of Canterbury. Mount John isn’t all that tall – just about a thousand meters above sea level at the top – but it is located in one of the least light-polluted places in New Zealand. The lack of other ambient light sources means that it is easier to see the stars.

They took us to the top of the mountain in vans, handing out loaner parkas. Because it is bloody damned cold up there, and the wind is always intense. One of the guides said that the location held the record for highest wind speed in NZ – some 250 km/h (150 mph), and that sent the domes of the observatory tumbling.

We spent several hours with the different guides, all grad students and staff of the observatory, looking through 16″ and 9″ telescopes and with the naked eye. Unfortunately, there was a quarter-moon up, so it was harder to see the Milky Way, but it was still some of the best sky viewing I’ve had anywhere in my life, and of the Southern Hemisphere. Wonderful!

It was getting on to midnight when they bundled us back in the vans and down to our rooms.

Jim Downey




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