Communion Of Dreams


All my best ideas occur to me while I’m in the shower …

Seriously. It’s a common thing for me. Usually I shower while listening to Morning Edition or The Diane Rehm show, picking up on the news or some interesting topic of conversation. The combination of engaging my brain while relaxing my body seems to prompt intuitive leaps and interesting insights. And I had an excellent one this morning.

From back in December:

He turned the hand-held on, did a quick check to make sure it had the software and apps he’d asked for. Everything was there. He’d pick up a burner phone later, and swap the SIMM card into the hand-held.

Compare it to this passage:

He turned the hand-held on, did a quick check to make sure it had the software and apps he’d asked for. Everything was there. It was a model with a ‘super stylus’ – one end for working on the screen like any stylus, the other which had an integrated camera and microphone system wirelessly tethered to the phone. With the range of applications available, this damned near made the thing a proto-tricorder. He’d pick up a burner phone later, and swap the SIMM card into the hand-held.

 

No big deal, right? Just two additional sentences. What constitutes a minor tweak, right?

Actually, it’s the first major revision of St Cybi’s Well. Granted, I’m only about halfway done with the first draft, so calling it a revision might seem to be a bit much. But it’s not.

Consider what you could do with such a change to our current technology. My present smartphone is a Samsung Galaxy Note II. It’s a great phone, with an amazing range of applications available for it. If you added a resident decent camera and mic to the end of the stylus, combined with the right software, this thing really would be almost like a tricorder. Particularly if the quality of the camera were such that it could pick up a wider range of EMR than just normal visible light, and the mic(s) were sensitive to a wider range of sounds. You might need to add in something like an IR or UV “flash/laser” on the phone body, but doing so would allow you to do a wide range of diagnostics well outside the usual range of human vision and hearing. Just off the top of my head it would be capable of:

  • Checking surface temperatures.
  • Night vision.
  • Rangefinder.
  • Motion detection.
  • Blood oxygenation & glucose monitoring.
  • Pulse/heart monitor.
  • Echolocation.
  • The ability to look around corners or over walls, into small crevices/holes …
  • The ability to listen to distant sounds and to estimate location of same.

 

You get the idea. And pretty much all that should be possible with our present level of technology (both hardware & software), just brought together in some slightly different ways.

So yeah, just two sentences dropped into the “Prelude” to the actual novel, but which sets the stage for me to allow my characters to know and do more throughout the whole book.

Fun stuff.

 

Jim Downey

 

 

 



Artists lead the way.

One of my favorite characters in Communion of Dreams is the artist Duc Ng. Here’s the description of him when he is introduced in Chapter 2:

Duc Ng was an artist. A holo sculptor, whose specialty was slow-progression transformations. The works were beautiful, inspired, and appreciated by almost anyone who saw them. Ng had jacked-up cyberware to heighten his sensitivity, and used psychotropic drugs tailored to cause neurotransmitter activity to increase dramatically. This created an artificial synesthesia for a short period of time, during which the usual senses became blurredand intermingled, adding layer upon layer of perception.

 

Note the phrase “jacked-up cyberware”.  While it plays a role in the plot, I put this in there because I’ve always admired the way that artists are constantly pushing to adapt new technologies in the creation of their art. Here’s a passage from the beginning of Chapter6 when we first get a look at Ng using his skills:

There was just one other person in the room, standing at the side of the holo platform, hands dancing over a control board only he could see. It was Ng, dressed fittingly in a jumpsuit of the same black material from which the drapes and carpet were made.

“Isn’t that stuff hot?” asked Jon, nodding toward Ng’s clothing.

“Nah, I’ve got a coolpack plugged into it. Not as efficient as a real military stealth suit, but it works. Reduces the problems I have with creating my sculptures.”

Jon looked to the dance Ng’s hands played in the air. “About ready?”

Ng said nothing, but his fingers tapped a command in the air. Instantly, there appeared an image above the holo projector.

 

Check this out:

“These beautiful gloves help me gesturally interact with my computer,” says Heap, explaining how the wearable technology allows her to perform without having to interact with keyboards or control panels.

Pushing buttons and twiddling dials “is not very exciting for me or the audience,” she says. “[Now] I can make music on the move, in the flow and more humanly, [and] more naturally engage with my computer software and technology.”

 

There’s a brilliant video which demonstrates the potential of her gloves:

[vimeo 90252137 w=500 h=281]

 

And she has started a Kickstarter to help develop the technology to share with other performance artists:

 

Wonderful. I’m in to support it. And yeah, I think that’s another prediction from CoD coming true.

 

Jim Downey

Via BoingBoing.



Chill, dude.

Suspended animation of one sort or another has been a staple of Science Fiction just about forever.  Of course, as such it has often been dismissed as being little more than fantasy — just a magic trick that a lazy author will resort to in order to get around some technological barrier or another. Because, you know, it’s just completely unrealistic

NEITHER dead or alive, knife-wound or gunshot victims will be cooled down and placed in suspended animation later this month, as a groundbreaking emergency technique is tested out for the first time.

Surgeons are now on call at the UPMC Presbyterian Hospital in Pittsburgh, Pennsylvania, to perform the operation, which will buy doctors time to fix injuries that would otherwise be lethal.

“We are suspending life, but we don’t like to call it suspended animation because it sounds like science fiction,” says Samuel Tisherman, a surgeon at the hospital, who is leading the trial. “So we call it emergency preservation and resuscitation.”

Yeah, you certainly wouldn’t want it to sound like Science Fiction. ‘Cause that stuff’s just nuts.

*sigh*

I’ve written previously about ‘mundane science fiction‘, the idea being that we have to stick with what we know to be technologically realistic. The thing is, what we consider to be technologically “realistic” keeps changing, often in surprising ways. I remember the energy crisis of the mid-’70’s, and when US energy independence was considered to be little more than a fantasy talking-point of presidents. Well, the US currently produces more oil than we consume. Sure, it has come with real costs/problems, but it is nonetheless true. (And actually, I think that sort of trade-off makes for a more interesting Science Fiction story overall, exploring both the benefits and problems of new technologies.)

Clarke had it right: Any sufficiently advanced technology is indistinguishable from magic.  That doesn’t give a Science Fiction writer complete latitude to just make shit up. But it also cautions against dismissing any technology as “unrealistic” out-of-hand.

Just ask the first person who will be saved due to “emergency preservation and resuscitation.” Chances are, sometime later this year you’ll be able to do so on his/her cell phone.

Jim Downey



That’s … disturbing.

Sometimes the future just plain creeps me out. Like when watching this:

Certainly isn’t a Nexus 6, that’s for damned sure.

 

Jim Downey

Via MeFi.



Go for a joyride in somebody’s brain.*

Carl Zimmer has put up a really interesting piece about recent developments which allow for visualization of brain structures which I would recommend:

Flying Through Inner Space

It’s hard to truly see the brain. I don’t mean to simply see a three-pound hunk of tissue. I mean to see it in a way that offers a deep feel for how it works. That’s not surprising, given that the human brain is made up of over 80 billion neurons, each branching out to form thousands of connections to other neurons. A drawing of those connections may just look like a tangle of yarn.

As I wrote in the February issue of National Geographic, a number of neuroscientists are charting the brain now in ways that were impossible just a few years ago. And out of these surveys, an interesting new way to look at the brain is emerging. Call it the brain fly-through. The brain fly-through only became feasible once scientists started making large-scale maps of actual neurons in actual brains. Once they had those co-ordinates in three-dimensional space, they could program a computer to glide through it. The results are strangely hypnotic.

Yeah, they are, and also very cool. One of the most interesting developments is a new program called the Glass Brain which is powerful enough to allow you to see how the brain is working in real time. From the article:

Imagine, if you will, putting on an EEG cap and looking at a screen showing you what’s happening in your brain at the moment you’re looking at it. That’s what this system promises.

The diagnostic and training potential is obvious. And if you consider the implications a bit, this could be a big step towards a true mind/machine interface. And then all bets are off for what could happen next.

 

Jim Downey

*Referencing Dust to Dust.

And a side-note. While I don’t make a big deal of it in Communion of Dreams, if you stop and think of the descriptions I use for the super-conducting ‘gel’ found on Titan, and what is revealed about it, you might notice that it would seem very similar to how neurons in the brain are structured and behave, though on a vastly different scale … 😉



Coming soon, to a reality near you.

There are over 70 reviews of Communion of Dreams on Amazon, and if you poke around online you’ll find a bunch more. In addition, I’ve heard from countless friends and fans about the book in private messages and chats. And one of the most common things people will note is just how much they like the character of Seth, the Expert/AI executive assistant for the main character, Jon. The book opens with Seth contacting Jon about something which has come up, and you can get a sense of how useful such a virtual assistant could be:

“Sorry to bother you, Jon, but you’ll need to come back immediately. Business. I’ve made the arrangements. Transport waiting for you in town, take you to Denver. Then commercial flight home.” Audio only. That meant a lot. Tighter beam, easier to encode and keep private. Security protocol.

He wondered if something had gone wrong with the Hawking, the experimental long-range ship undergoing trials, based out at Titan. That was about the only thing he could think of that would require his cutting short his first vacation in four years. No use in asking. “All right. Give me a few minutes to pack my things, and I’ll get started.”

“Understood.”

“And contact my family, let them know I’m on my way back. ”

“Will do. Anything else?”

“Not at present. See you when I get there.”

Of course, CoD is set in 2052, and there have been huge advances in technology which allow for a very natural interaction between a human and a computer.

What’s been fun for me in writing St Cybi’s Well, set in our own time (well, actually, in October 2012), is that I get to plant the seeds for the technology which then shows up in Communion of Dreams. And one of those seeds is an Android app which is a ‘virtual assistant’ named Andi. It’s er, not quite up to Seth’s standards:

Darnell sat there, scanned the blog post. As he read, the assistant repeated “The page you requested is displayed on your screen. Do you need something else?”

“Um, yeah. How about a map to St. Seiriol’s Well?”

“A map is now displayed on your screen. You are presently at the location of St. Seiriol’s Well. Do you need something else?”

“I’m not at the Well. I’m in the parking lot. Where is the Well itself?”

“I’m sorry, available maps indicate you are presently at the Well. Do you need something else?”

“Go back to the Well Hopper site.”

“Very good. The page you requested is displayed on your screen. Do you need something else?”

 

A bit annoying, eh? Well, the people who have been reading the early chapters of the book have certainly thought so. Which was exactly what I was going for. Because technology doesn’t arrive fully developed. It shows up in an early, buggy form, and then gets improved over time. Think back to when we all had dial-up modems: they were annoying, klunky, and expensive … but they also were very, very cool because they allowed us to “get online”.

Anyway, I had to chuckle over a story on NPR yesterday afternoon which reminded me of this. Here’s the intro:

We’re already giving voice instructions to virtual personal assistants, like Apple’s Siri. But artificial intelligence is getting even smarter. The next wave of behavior-changing computing is a technology called anticipatory computing — systems that learn to predict what you need, even before you ask.

Google Now, which is available on tablets and mobile devices, is an early form of this. You can ask it a question like, “Where is the White House?” and get a spoken-word answer. Then, Google Now recognizes any follow-up questions, like “How far is it from here?” as a human would — the system realizes you’re still asking about the White House, even without you mentioning the search term again. It’s an example of how anticipatory computing is moving the way we interact with devices from tapping or typing to predictive voice control.

It wasn’t a prediction on my part to see this development, rather just paying attention to the current technology and tweaking it a bit to fit into the alternate timeline of CoD/SCW. But still, kinda fun to see things going just the way I envision.

 

Jim Downey



Touch and go.

OK, this project from NASA is pretty damned cool:

 

Phil Plait describes it:

This is not a special effects scene from a science fiction movie: This is real. It’s a video showing the Morpheus Project prototype vertical takeoff and lander doing its thing at Kennedy Space Center in Florida on Mar. 5, 2014 (and you absolutely want to make it full screen and turn the sound up to get the full effect).

 

Furthermore, it’s a completely autonomous system — onboard software — doing the take-off and landing.

Impressive.

 

Jim Downey



Eat the rich. Literally.

Now comes the perfect commoditization of celebrity:

“BiteLabs grows meat from celebrity tissue samples and uses it to make artisanal salami.” So proclaims the copy on BiteLabs.org, right under an all-caps call to action: EAT CELEBRITY MEAT. The site proposes taking actual tissue samples of celebrities—specifically, James Franco, Kanye West, Jennifer Lawrence, and Ellen DeGeneres—and growing their cloned meat for use in a marketable salami blend.

* * *

“The product is indeed salami,” Kevin says. “Each salami will have roughly 30% celebrity meat and 40% lab-grown animal meats (we’re currently looking into ostrich and venison but it pork and beef are more popular in our early research). The rest will consist of fats and spices. This break-down comes from consultation with expert food designers and chefs.”

 

Admittedly, I have an … odd … sense of humor, but for the life of me I can’t figure out whether this is funnier if it is satire or if it is real.

Welcome to the future, though it’s a bit different than what we expected.

 

Jim Downey



For What It’s Worth.

There’s something happening here
But what it is ain’t exactly clear
There’s a man with a gun over there
Telling me I got to beware*

Minority Report, anyone?

When the Chicago Police Department sent one of its commanders to Robert McDaniel’s home last summer, the 22-year-old high school dropout was surprised. Though he lived in a neighborhood well-known for bloodshed on its streets, he hadn’t committed a crime or interacted with a police officer recently. And he didn’t have a violent criminal record, nor any gun violations. In August, he incredulously told the Chicago Tribune, “I haven’t done nothing that the next kid growing up hadn’t done.” Yet, there stood the female police commander at his front door with a stern message: if you commit any crimes, there will be major consequences. We’re watching you.

What McDaniel didn’t know was that he had been placed on the city’s “heat list” — an index of the roughly 400 people in the city of Chicago supposedly most likely to be involved in violent crime. Inspired by a Yale sociologist’s studies and compiled using an algorithm created by an engineer at the Illinois Institute of Technology, the heat list is just one example of the experiments the CPD is conducting as it attempts to push policing into the 21st century.

 

Jim Downey

*



“…a carpet of shifting, building insects.”

From page 4 of Communion of Dreams:

They were, in essence, enclosing the entire planet in a greenhouse of glass fabric and golden plasteel. It was going to take generations to finish, even using mass microbots and fabricating the construction materials from the Martian sands. Tens of thousands of the specially programmed microbots, a few centimeters long and a couple wide, would swarm an area, a carpet of shifting, building insects. As each cell was finished, it was sealed, joined to the adjacent cells, and then the microbots would move on.

Those microbots play a big role in the novel, being a factor in the plot. More importantly, they are a basic part of the tech I envision for the book, accelerating our technological recovery on Earth as well as our venture into space.

Well, guess what was on the news last night:

Robot Construction Workers Take Their Cues From Termites

“We’ve created this system of multiple independent robots that build things we ask for,” says [Justin] Werfel, “and they do it more like the way insects act than the way that robots normally act.”

The robots don’t look like termites. Instead, they look more like black, mechanical beetles, about 8 inches long. They have just a few on-board sensors that let them navigate around a work site set up in a lab.

* * *

“They build things that are much larger than themselves,” says Werfel. “They climb on what they are … building to get to higher places, and they coordinate what they are doing using a tool that termites use.

“Rather than talk to one another directly, they coordinate indirectly by changing their shared environment,” he explains. “So one puts down some material, another one comes along and reacts to that material, and uses that to help it decide later whether to put more material down.”

* * *

The vision is that, someday, swarms of robots could stack up sandbags to protect against flooding, or go to Mars and build living quarters for astronauts. That’s still a long way off. But this is a proof of principle study that construction robots can work together like termites, says Hod Lipson, an engineer at Cornell University who specializes in robotics.

I love it when stuff like this happens.

 

Jim Downey




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