Communion Of Dreams


The quiet ones.

I’ve mentioned before that I am intensely introverted — but that I have “good extrovert batteries”. Meaning that while I in many ways dread large gatherings and over-stimulating environments, I can usually function pretty well in them for reasonable periods of time.

Anyway, saw this item this morning, thought I would share it:

Hope to have news about the site updates later today!

 

Jim Downey



We are men of action, lies do not become us.*

We’re all adults here. Let’s be frank: unless something fairly remarkable and unlikely to the point of ridiculous happens, the Kickstarter isn’t going to succeed.

And that’s OK.

Seriously, it was a good effort, and I’ve learned a fair amount from the experience. I still think that Kickstarter is a worthwhile model, and I intend to continue to support other projects on it in the future. Who knows, at some point I may attempt to do another project myself.

But for now, it is time to draw some conclusions about the current project and move on.

First and foremost, as I’ve said all along I greatly appreciate all those who tangibly showed their support for my writing with backing the Kickstarter. Really, folks, that means a hell of a lot to me.

Next: because of the way Kickstarter is structured, I had some minor problems setting up my project the way I would have wanted. I accepted these limitations and have no regrets, but I think that it made for a weaker presentation that I initially planned. I may get more into the nuts & bolts of this in the future.  I may not.

But if come 9:00 PM this evening the Kickstarter hasn’t been funded, then I am no longer bound by those limitations. And in the coming days you’ll see some big changes on the Communion of Dreams and St. Cybi’s Well websites. I’m not going to get into all the changes now, but you’ll see options to order an advance copy of the new novel at an attractive discount. And ways you can reserve one of a very limited edition run of both Communion of Dreams and St. Cybi’s Well and have those books bound the way you want — even reserving your edition number on a first come, first served basis. With payment plan options. Some of the higher-end premium ‘rewards’ will still be available, as well.

So, it’s been a fun experiment, and I again say thanks to all who came along for the ride. But there’s more than one way reach my goal, and I think this other path will offer some interesting advantages. I hope at least some of you will agree.

Cheers!

Jim Downey

*Of course. And since YouTube didn’t have a clip of the scene that quote comes from, have some appropriate music instead.



Deuces are wild.

* * * * * * *

I liked “The Day After Tomorrow.”

No, not the movie. Gah.

Rather, I’m talking about the initial name for the Heinlein novel we now know as Sixth Column. I always figured that the trick of inventing a religion (one of the major plot devices of the book) gave L. Ron Hubbard inspiration. It’s not one of Heinlein’s best works — hardly — and you have to understand the blatant racism in the context of when it was written. But it’s decent pulp science fiction.

* * * * * * *

RAWHIDE:
	Look, uh... we've got the overthruster, 
        but somebody shanghaied the Professor 
        right from the press conference.

BUCKAROO BANZAI:
	Ohhh... the deuce you say.

Gotta love Buckaroo. Text from here.

* * * * * * *

And they think it will make their lives easier
For God knows up till now it’s been hard
But the game never ends when your whole world depends
On the turn of a friendly card
No the game never ends when your whole world depends
On the turn of a friendly card

Two days remaining. It ends the day after tomorrow. $7,781 to go. Bluff, or fold?

Jim Downey

PS: Oh, yeah, the Kindle Edition of Communion of Dreams will be free all day on the final day of the Kickstarter. Let everyone know. Thanks.



Trinity.

Did you know that the first atomic bomb test was called Trinity?

* * * * * * * *

“Nothing ventured, nothing gained” they said
So you played for the winner takes all
And tossed the dice high up and craned your head
To see how the numbers would fall

Al Stewart, Midas Shadow

* * * * * * *

When we first see her …

… it’s clear that we’ve disappeared down the rabbit hole.

Trinity.

* * * * * * *

The old/young man smiled. “You have a glimpse of it.”

“Of?”

“The truth. Or what your mind can grasp of it.” The figure was standing beside the glowing burl. He reached down and seemed to scoop up a handful of the tholin, then lifting it, allowed it to flow from one hand to the other, a gloopy, glowing blue mass.

“You have a glimpse of it. Now, what will you do?”

Instinctively, Jon reached out and put his hand under the flowing tholin, felt its warmth pour into his palm, and settle there, waiting. “You said before that there wasn’t much time. What is going to happen?”

“I cannot see the future. But I can see more deeply into the present than others. Things are . . . changing.”

Chapter 15 of Communion of Dreams.

* * * * * * *

Did you know that the first atomic bomb test was called Trinity?

On Monday morning July 16, 1945, the world was changed forever when the first atomic bomb was tested in an isolated area of the New Mexico desert. Conducted in the final month of World War II by the top-secret Manhattan Engineer District, this test was code named Trinity. The Trinity test took place on the Alamogordo Bombing and Gunnery Range, about 230 miles south of the Manhattan Project’s headquarters at Los Alamos, New Mexico. Today this 3,200 square mile range, partly located in the desolate Jornada del Muerto Valley, is named the White Sands Missile Range and is actively used for non-nuclear weapons testing.

And did you know that there was more than a little debate among the scientists working on the Manhattan Project about what would happen with the test?  Yeah, seriously — they weren’t sure:

The observers set up betting pools on the results of the test.[28][29] Predictions ranged from zero (a complete dud) to 45 kilotons of TNT, to destruction of the state of New Mexico, to ignition of the atmosphere and incineration of the entire planet. This last result had been calculated to be almost impossible,[17][18] although for a while it caused some of the scientists some anxiety. Physicist I. I. Rabi won the pool with a prediction of 18 kilotons.[30]

It worked:

Three days remaining on the Kickstarter. Will it work?

I’m still craning my head to see how the numbers will fall.

Jim Downey



Quintessence.

“V”, it is said, is for “victory.”

It’s also for Vendetta.

No, it’s not for that dreadful miniseries. Or the TV series. Gah. Why did you have to remind me of that???

It’s also for “5“. As in Babylon. As in the number of days remaining in my Kickstarter.

And as in elements. I think this Fifth Element bit says it best:

Yes, some things *are* worth saving.

Jim Downey



“He dreams of stopping the wave.”

“I think he actually plans that ahead.”

* * * * * * *

Interesting news item:

Study broadens understanding of quantum mechanics

(Phys.org)—Former and current USC Dornsife physicists have led a study that represents the first, quantitative account of the universal features of disordered bosons—or quantum particles—in magnetic materials.

The study published in the Sept. 20 edition of Nature magazine broadens our understanding of quantum mechanics and challenges the accepted predication in quantum theory.

“It’s remarkable to find such universality in disordered quantum systems,” said co-author Stephan Haas, professor of physics and astronomy and vice dean for research in USC Dornsife. “And it’s even more amazing that we may have finally identified a real-life example for one of the most elusive quantum glasses in nature.”

Yeah, OK, so? What’s that actually mean?

Potentially, a lot. Quantum particles are thought of as wave-forms, operating in a range of space/states (this is known as quantum superposition). This characterization leads to such particles being ‘trapped’ — unable to escape a given space/state due to interference — what is termed ‘localization.’ Having a way to control localization is the key to much finer control over quantum effects, and helps to turn it from a theoretical physical problem almost to an engineering one.  From the above article:

Quantum magnets and other occurrences in quantum mechanics could set the stage for the next big breakthroughs in computing, alternative energy and transportation technologies such as magnetic levitating trains.

* * * * * * * *

“He dreams of stopping the wave.”

Who? Gorodish:

Gods, I love that movie.

* * * * * * *

“Alwyn, wait up, bud,” said my wife, as our dog trotted past us on our morning walk.

He went a couple more paces, but stopped before he got to the entrance of a care facility. That entrance comes off a busy street, and we only want him to cross it with us so as to keep him safe.

“I think he actually plans that ahead,” I said. “He trots ahead here so that he can sniff that bush for messages.”

Jim Downey



Perhaps it is (was) a Liquid Sky* after all.

An item in the news the other day caught my attention: that scientists at the LHC had managed to create the “hottest temperature” ever, purportedly of some “5.5 trillion degrees.”

It was meant to be one of NPR’s little funny quips, so there wasn’t much detail, as you can see from the transcript in the link above. But that’s not really how scientists really talk about results from the LHC, so I filed away the news and figured I’d look it up when I had a chance.

Well, I just did. And I was right — the actual results weren’t really explained in terms of “temperature.” Rather, it was put in terms of energy (MeV), and more important than some abstract conversion into temperatures was what was achieved: the production of a quark-gluon plasma.

Why is this important?

Because it is a glimpse into conditions during the earliest moments of the Big Bang, and may explain *why* there is matter at all. Here’s an excerpt about earlier research conducted at Brookhaven National Laboratory’s Relativistic Heavy Ion Collider (RHIC) which first glimpsed a quark-gluon plamsa:

Predictions made prior to RHIC’s initial operations in 2000 expected that the quark-gluon plasma would exist as a gas. But RHIC’s first three years of operation showed that the matter produced at RHIC behaves as a liquid, whose constituent particles interact very strongly among themselves. This liquid matter has been described as nearly “perfect” in the sense that it flows with almost no frictional resistance, or viscosity. Such a “perfect” liquid doesn’t fit with the picture of “free” quarks and gluons physicists had previously used to describe the quark-gluon plasma.

Essentially, this was just confirmed by the LHC, using a slightly different protocol which achieved very similar results:

Collisions of lead ions in the LHC, the world’s most powerful particle accelerator, recreate for a fleeting moment conditions similar to those of the early universe. By examining a billion or so of these collisions, the experiments have been able to make more precise measurements of the properties of matter under these extreme conditions.

“The field of heavy-ion physics is crucial for probing the properties of matter in the primordial universe, one of the key questions of fundamental physics that the LHC and its experiments are designed to address. It illustrates how in addition to the investigation of the recently discovered Higgs-like boson, physicists at the LHC are studying many other important phenomena in both proton-proton and lead-lead collisions,” said CERN Director General Rolf Heuer.

The upshot of this is not just more experimental data, but an interesting new theory: that our universe is, in some sense, what happened when that quark-gluon plasma cooled and became ‘crystallized’, so to speak, complete with the fractures and imperfections common to all crystals. Here’s the abstract of the theory:

Quantum graphity offers the intriguing notion that space emerges in the low-energy states of the spatial degrees of freedom of a dynamical lattice. Here we investigate metastable domain structures which are likely to exist in the low-energy phase of lattice evolution. Through an annealing process we explore the formation of metastable defects at domain boundaries and the effects of domain structures on the propagation of bosons. We show that these structures should have observable background-independent consequences including scattering, double imaging, and gravitational lensing-like effects.

And here’s an excerpt from the press release which may make a little more sense to people like me:

“A new theory, known as Quantum Graphity, suggests that space may be made up of indivisible building blocks, like tiny atoms. These indivisible blocks can be thought about as similar to pixels that make up an image on a screen. The challenge has been that these building blocks of space are very small, and so impossible to see directly.”

However James Quach and his colleagues believe they may have figured out a way to see them indirectly.

“Think of the early universe as being like a liquid,” he said. “Then as the universe cools, it ‘crystallises’ into the three spatial and one time dimension that we see today. Theorised this way, as the Universe cools, we would expect that cracks should form, similar to the way cracks are formed when water freezes into ice.”

Fascinating.

Jim Downey

*Playing off the old and somewhat forgotten movie, of course, which was mind-blowing, not unlike the possibilities posed by this theory.

 



Italy, 2012: Rome Alone.

We left the villa early on Monday morning, since it was a drive of some hours back to Rome and we needed to get there about noon to allow some members of the group to make travel connections.

There had been rain overnight. When we left, this was the view of the sea from the villa:

 

 

Taking the inland interstate-style highway, we got to see part of the country we hadn’t before.

 

 

And I discovered that the rest stops in Italy are much like rest stops anywhere, complete with baffling toys…

 

No idea . . .

…and various products to help you stay awake:

Actually, I bought some of the “pocket espresso” things – and they weren’t bad. About an ounce of high-density caffeine with a lot of chocolate, in liquid form like an extra-small juice box.

* * * * * * *

We got to Rome, dropped off several people at the main train station. Most of the rest of us were back in the hotel we had stayed in the first few days of the program. We got checked in, dropped off bags and then made plans for the afternoon.

Most of the remaining group were leaving the next morning, just a few staying on to Wednesday. The bulk of the group made plans for dinner together that evening. But Steve & Amy needed to get a number of things done to wrap up the trip (and plan for the next one), so they were inclined to not join in on another big dinner.

In all honesty, I think they were also tired of being “in charge” and just wanted a little down-time. I know that when I have been in such a role for a week or two, I feel wiped out, and no offense to the people in the group but I am usually ready for a break.

So we spent the afternoon hitting a couple of different sights, mostly giving Steve and Amy time to do something of a post-mortem on the workshop – discussing what worked, what didn’t go so smoothly, how to perhaps change the schedule. I mostly kept my mouth shut, though occasionally I was able to offer some perspective as a tag-along. We had coffee & conversation on the Piazza Navona, then eventually Amy went off to take care of some errands and Steve and I went to see the Carravagio paintings (The Calling of St Matthew, The Inspiration of Saint Matthew, The Martyrdom of Saint Matthew) at the nearby San Luigi dei Francesi. Naturally, I had seen reproductions of these pieces, but seeing them actually in the space they were intended for was breath-taking.

Following this, we wandered back to the hotel room. We both wanted a chance to rest and shower before getting back together with Amy for drinks and dinner that evening.

Dinner that night was worth mentioning: a place which specializes in dishes with porcini mushrooms. We ate heartily, washed the food down with some local artisanal beer. According to Amy & Steve, such beer is a relatively new thing in Rome – but it was quite good, though it was odd to have it served in what was basically a champagne bottle.

* * * * * * *

The next morning we mostly went our separate ways. Steve & Amy needed to check out a couple different museums for the next program. I was tired of “Roman Stuff” and opted to do a bit of exploring on my own.

Starting with a completely delightful exhibit I had noted on previous wanderings: Leonardo da Vinci’s “Big Machines”. I had seen that there was a traveling version of this show which made it to the US, but I hadn’t had a chance to see it for myself. Here are a few images of the fun items in the exhibit:

 

 

 

 

 

 

 

 

 

 

 

 

OK, this *was* shown to be a fake entry – but it’s still fun to see it produced in da Vinci’s style.

This was mostly geared towards kids, but it was still fun to see actual mock-ups of a number of da Vinci’s drawings. And one thing which was completely new to me was the octagonal closet which was completely lined with floor-to-ceiling mirrors. You stepped into this closet, closed the door, and were able to see an infinite regression of images – like being in a room with two facing mirrors. Except that in this case, because of the placement of all 8 mirrors, you were able to see yourself from every angle – and it is a very odd thing to see your own back full size, in real time. What’s most impressive about this is, of course, that during da Vinci’s time it was impossible to make mirrors of sufficient size or quality to demonstrate this effect – he had done it all through basic knowledge of optics, applied as a thought-experiment. Very cool.

* * * * * * *

I got some lunch from a street vendor, then decided to go see this:

 

 


Yeah, the Trevi fountain. I’d promised a friend I would toss a coin in for her, and fulfilled that promise.

Two things I want to note about seeing the Trevi fountain: one, it was crazy with crowds. Seriously, just a block away there were few tourists. But in the square with the fountain it was packed. Nuts. Worst crowds I had seen anywhere in Rome.

And two, I had gotten to know my way around Rome well enough that it was pretty easy for me to dead-reckon with minimal reference to a street map. This got me to and from the Trevi fountain with minimal problems. This made me inordinately happy.

* * * * * * *

I made my way back to where the hotel was, stopping by once again to just stand inside the Pantheon. It was the sort of place I could probably visit a hundred times.

Along the way back to the hotel, I noted this interior courtyard:

 

 

No idea what that was. But it was cool.

* * * * * * *

After dropping off my bag at the hotel, I popped over to the Campo de’ Fiori – the little market square I mentioned previously. I got a beer and some snacks, sat down to write some notes and just observe what was going on in the square.

And what was going on was the take-down of the market stalls and subsequent clean-up:

 

 

 


One thing in particular I want to point out:

 

That’s one of those little motor-cycle carts as seen in “Roman Holiday”. I was a bit surprised to see that they’re still very much in use in Rome, since that movie is even older than I am. But quite a number of the different merchants had them, and they seem quite practical for such use given the narrow winding streets in the heart of the city.

* * * * * * *
Dinner that evening was again just the three of us: myself, Steve, Amy. We ate at a place not far off the Campo, which is to say not that far from the hotel. This was by design, since we had to be up early to catch a private van to the airport.

Which we did the next morning, leaving about 6:30. My flight was later than the other’s, but it made the most sense for me to just get to the airport a bit early.

Of course, as it turned out, things all ran late at the Rome airport for me, and I could have gone over much later in the day. And the delays meant missed connections and the usual travel-foo. But I got in to St. Louis eventually, and in time to catch the shuttle home.

Yes indeed, “I’ve seen things you people wouldn’t believe.”  I almost don’t believe it, myself.

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.)



Voila! The ZF-1.

Some of my readers here may not know it, but there’s another aspect of my writing life: I’m a regular contributor to Guns.com. And because of that I tend to keep an eye on what pops up on the site.

That scrutiny paid off with this delightful little item:

The Adam Savage Amazing ZF-1 Replica from “The Fifth Element” (VIDEO)

Adam Savage of Mythbusters is working on a perfect replica of the gun from the science fiction movie “The Fifth Element,” which stars Bruce Willis, Milla Jovovich, Gary Oldman and little known actor by the name of Luke Perry.

For those of you who haven’t seen the movie, the Zorg ZF-1 is the end-all, beat-all king of weapons. It’s an assault rifle complete with homing bullets, a rocket launcher, arrow shooters (with explosive and poisonous tips), a net launcher, a flame thrower and the “ice cube system” (freeze gas). To top it all off, it’s ambidextrous. Who wouldn’t want a toy like that?

There’s more, but the real treat is this video:

Have I mentioned recently that I love The Fifth Element? Serious geekin’ here.

Working on a second part to Sunday’s post. Probably have that tomorrow.

Jim Downey




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