Communion Of Dreams


A fool and his money …

Tuesday is April 1, the day when I tend to ignore just about everything said/reported online.

But here’s something that’s legit: Both Communion of Dreams and Her Final Year will be free to download. And just in case you’re like me and tend not to trust *any* special offers on that day, they’ll both also be free to download the next day, as well. And remember, you don’t need to own an actual Kindle — there are free emulators for just about every reader/mobile device/computer.

You’re no fool. Don’t be parted from your money. Get a free copy of the Kindle edition of either or both books.

 

Jim Downey



Timescales.

One of the things which has always really interested me is how the perception/experience of time is so very … plastic. Partly that is because of curiosity about the nature of time itself, but partly it is also because the experience of time is so highly variable between species* and even individuals. Personally, I have been through experiences when subjective time dilation completely changed my perception of reality. There are some hints/references about this interest in Communion of Dreams, and there will be others in St Cybi’s Well, but I have yet to really get into dealing with the notion directly.

Anyway, that’s why things like this always fascinate me:

 

Jim Downey

*I went to college with one of Dr. Forward’s kids, and had the pleasure to hear him give guest lectures/chat with him prior to his first novel being published.



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



Bank your voice.

A somewhat related item on NPR this morning reminded me of an idea I had a while back. The gist of it:

Come up with a simple computer/smartphone app which would contain a few hundred basic words which you just read aloud and record. Save the file, and later it could be used for basic communication should you not have direct use of your voice for whatever reason.

Speech scientists/therapists could compile the standard list of words (for whatever language), perhaps with “expansion packs” of additional words some people might want to also record. When you have a few free minutes, you just run down the list, say a few words and save it. Then later you could use something like a standard text-message app to compose the words into sentences for ease of communication, and the app would just plug your recorded words into place.

It wouldn’t have the normal sort of nuance of inflection that comes with natural speech (though there may be a simple way around that — I’m not knowledgeable enough to know), but at least it would be in your own voice.

Who would use such a thing? Well, all of us face temporary or permanent loss of our voice throughout our lives, for all kinds of reasons. So there’s that. But I could also see uses where the app could be mated with any email or texting use, so that the recipient could directly hear you “talking” to them with it. I would think that it would have all kinds of uses beyond that, as well.

Just a thought.  If someone wants to come up with such a thing, cut me in for a percentage, will you?

Jim Downey

PS: Hmm, I may have to incorporate this kind of tech into St Cybi’s Well. I can think of a few ways it could be useful …

PPS: Following posting this, I contacted one of the speech scientists mentioned in the NPR program this morning, Dr. Rupal Patel. And while it isn’t exactly the same sort of thing I envision, she did share with me the effort she is involved with, which has an app currently in beta testing: http://vocalid.org/ Looks like a very worthwhile endeavor, check it out and ‘donate’ your voice.



Get lucky.

“I’d rather be lucky than good.” — Lefty Gomez

* * * * * * *

In a fairly soul-baring piece by Emily Gould about the reality of struggling to be an ostensibly ‘successful’ writer, this should give even the most optimistic person pause:

In 2008 I sold a book-in-progress for $200,000 ($170,000 after commission, to be paid in four installments), which still seems to me like a lot of money. At the time, though, it seemed infinite. The resulting book—a “paperback original,” as they’re called—has sold around 8,000 copies, which is about a fifth of what it needed to sell not to be considered a flop. This essentially guarantees that no one will ever pay me that kind of money to write a book again.

 

* * * * * * *

In a discussion over on MetaFilter, successful Science Fiction author Charlie Stross had some thoughts on the above-cited essay. Here’s an excerpt from his comment:

In 2001 I had a gigantic stroke of good luck: I acquired a [good] literary agent and sold my first novel. It was about the tenth novel or novel-shaped-thing I’d written since 1990, on my own time. The advance was, eventually, $15,000 for US rights (a good first book advance in SF/F) and £3500 for UK rights. Note that a new novelist can’t get follow-on book contracts until their first book has proven itself in print — to justify the advance money the new contract will cost the publisher — so I had to keep up the freelance journalism for a few more years.

 

* * * * * * *

“A gigantic stroke of good luck.”

But Stross is a good writer, right? I mean, doesn’t he deserve his success and popularity? The meritocracy of the marketplace and all that?

Perhaps. From an NPR story the other day:

Several years ago, Princeton professor Matthew Salganik started thinking about success, specifically about how much of success should be attributed to the inherent qualities of the successful thing itself, and how much was just chance. For some essentially random reason, a group of people decided that the thing in question was really good and their attention attracted more attention until there was a herd of people who believed that it was special mostly because all the other people believed that it was, but the successful thing wasn’t in fact that special.

Salganik came up with a clever experiment, one which allowed a large number of teenagers (30,000) access to several dozen songs by promising but as yet unsigned bands. The way the experiment ran created 9 different iterations of ‘reality’, to see whether the same song would become the most popular one in each test run. They didn’t. In fact, the results were wildly divergent:

“For example, we had this song ‘Lock Down’ by the band 52 Metro,” Salganik says. “In one world this song came in first; in another world it came in 40th out of 48th. And this was exactly the same song. It’s just in these different worlds, history evolved slightly different. There were differences in the beginnings, and then the process of social influence and cumulative advantage sort of magnified those small, random initial differences.”

Now obviously there are many different things that have an impact on success and failure — money, race and a laundry list of other things — and after this work, which one person in the field described as a seminal paper, Salganik went on to do similar studies with parallel worlds that suggest that quality does have at least a limited role. It is hard to make things of very poor quality succeed — though after you meet a basic standard of quality, what becomes a huge hit and what doesn’t is essentially a matter of chance.

 

* * * * * * *

Another comment a little after Stross’s in that MeFi discussion offered a different perspective that’s worth considering:

Emily Gould’s example is crucial because she is the primary example of a writer who had succeeded. She did everything she was supposed to do: came to NYC, produced a ton of successful content for a big brand website, then continued on her own to create a huge internet presence, and then branched out into conventional media (the NYT piece) and eventually a six-figure book deal. If you think of the thousands of writers who are racking up credit card debt writing for free or almost on free all those websites we read every day, they are trying to become Emily Gould. Regardless of what they might think of her work itself, that’s the approximate career path they’re trying to follow.

So when people are glibly like, “Oh, she lived in a one-bedroom apartment in Brooklyn, there’s your problem,” what they’re saying is: the pinnacle of this career is one in which you will never be able to afford to live on your own, never mind have kids or financial stability or even a regular writing paycheck, the end. And that should really give us pause.

Because, sure, you can say “She should never have come to New York, she should always have kept a full time job in a different profession, etc. etc.” But to work for Gawker, she had to come to New York. To gain the kind of name recognition she has, she had to work full time posting and networking and Tweeting and, basically, working for free. And when her book failed, it didn’t fail because it was “bad” – because she wrote, in the book, the exact same way she wrote online. For better or for worse, that was what people liked. The real, applicable lesson is that the book failed because the people who read her stuff online didn’t care enough to pay for it in print.

 

* * * * * * *

“I’d rather be lucky than good.” — Lefty Gomez

I used to think that this was wrong. In fact I was quite confident that my intelligence, hard work, and focus could overcome any barrier. And there’s absolutely nothing wrong with any of those things.

But I’ve seen too much life to still believe that. Yeah, I’d rather be lucky than good.

Back to work.

 

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

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