Communion Of Dreams


Welcome to the paleo-future.

I grew up reading stuff like this:

R is for rocket.jpg

And even had a really cool metal rocket based on the images from Destination Moon which one of my relatives made and gave me. For the longest time those sleek rockets landing and taking off again (what NASA calls ‘Direct Ascent‘) defined what space travel meant, and I loved watching early launches which hinted at Things To Come.

Then space technology advanced, and I got a little older. Rockets were no longer cool. With all the wisdom and knowledge of a 14 year old, I dismissed the idea that anyone would want to use them for anything other than lobbing other things into orbit, and even at that they would be soon surpassed by more efficient and reusable shuttles and aerospace vehicles.

I’m glad not everyone was so easily distracted:

Welcome back to the future of my youth.

 

Jim Downey



Sometimes the future is cool …

… and sometimes it is just chilling.

First, meet Seth’s grandpa:

Watson is a cognitive capability that resides in the computing cloud — just like Google and Facebook and Twitter. This new capability is designed to help people penetrate complexity so they can make better decisions and live and work more successfully. Eventually, a host of cognitive services will be delivered to people at any time and anywhere through a wide variety of handy devices. Laptops. Tablets. Smart phones. You name it.

In other words, you won’t need to be a TV producer or a giant corporation to take advantage of Watson’s capabilities. Everybody will have Watson — or a relative of the Watson technologies — at his or her fingertips.

Indeed, Watson represents the first wave in a new era of technology: the era of cognitive computing. This new generation of technology has the potential to transform business and society just as radically as today’s programmable computers did so over the past 60+ years. Cognitive systems will be capable of making sense of vast quantities of unstructured information, by learning, reasoning and interacting with people in ways that are more natural for us.

Next, consider the implications of this idea:

Now think of another way of doing this. Think of a website that is a repository of all these IDs, and is government-owned or certified. Why can’t I just visit a police station once, pay a fee (so the government doesn’t lose money on this), show all my documentation, have the government scan and upload everything so that all policemen and pertinent authorities can have access. Then my car insurance company, my health insurance company, the car registration agency can all notify this government repository if I stop paying, or if my insurance policy is not valid anymore.

Imagine a world in which the police has tablets or smartphones that show nice big pictures of you, in which whatever they currently do secretly with NSA-type agencies they do openly instead. If they find you without an ID they ask, “who are you?”, and once you give your name, they can see your photo and a ton of information about you. It would be so hard for anyone to impersonate you. I find it paradoxical that while some government agencies spy on you and know all about you, others pretend to know nothing until you show them a piece of plastic that if you lose, somebody else can impersonate you with. We need to evolve from this. We need to evolve into a system in which we have no wallets and a safer world!

Yeah, safer

TrackingPoint, the biggest name in “smart” scope technology today, is rolling out their next big project. Not too surprising, it is a military endeavor. Called the “Future of War,” TrackingPoint is gearing up for a new market.

The company has been getting a lot of attention with their high-end big-bore hunting rifles that are designed to track targets up to 1,000 yards away. The “smart” aspect of the scope technology is a host of rangefinders and sensors that, combined with optical image recognition software, calculate the ballistics of the shot and compensate for it automatically.

TrackingPoint’s hasn’t exactly concealed their intentions to develop arms for the military market. That was always a possibility and something they all but confirmed when they began talking about their second-generation precision guided rifle systems that, chambered for .50 BMG, are expected to be effective well over 3,000 yards. The cartridge, .50 BMG, is a devastating long-range anti-personnel and anti-material round.

From TrackingPoint’s website:

Target handoff can be achieved by leader touching a smart rifle icon and map location at which point the designated user will see an arrow in his scope directing him to look at handoff location. Whether from shooter to shooter, leader to shooter, drone to leader to shooter, shooter to leader to drone, handoff is a simple touch interface via a mobile device and mobile apps augmented by the appropriate a la carte communications gear.

Emphasis added, because:

The MADSS is one mean robot. Developed by defense industry leader Northrop Grumman and currently being showcased at the Fort Benning, Ga. “Robotics Rodeo,” the MADSS is a 1 1/2-ton unmanned ground vehicle designed to provide soldiers with covering fire while cutting down targets.

Make no mistake, it’s an automatic shooting machine, But it requires people to operate it and set targets. The MADSS — Mobile Armed Dismount Support System — tracks and fires on targets only once it gets the green light. It won’t shoot unless a soldier is directing it.

It’s half killer robot, half killer giant remote-control car.

But you know, not all cars need someone in control of them these days:

In Silberg’s estimation, the reason is that Audi, BMW, and Mercedes-Benz drivers are “already accustomed to high-tech bells and whistles, so adding a ‘self-driving package’ is just another option.” Throw in the possibility of a special lane on highways for autonomous vehicles and the ability to turn the system on and off at will, and premium buyers were sold on the option full-stop.

Considering that Audi, BMW, Cadillac, and Mercedes-Benz all plan to have some kind of semi-autonomous, traffic jam assistance feature either on the market or coming in the next few years, and it’s obvious that luxury brands are well aware of what their buyers want.

Draw your own conclusions.

 

Jim Downey

 



The Source?

Got an email from an old friend and fan of Communion of Dreams which consisted of a link and this comment: Couldn’t resist…when I read this, all I could think was, “they’ve found the gel!!” 🙂

From the article at the link:

A nearby alien planet six times the size of the Earth is covered with a water-rich atmosphere that includes a strange “plasma form” of water, scientists say.

Astronomers have determined that the atmosphere of super-Earth Gliese 1214 b is likely water-rich. However, this exoplanet is no Earth twin. The high temperature and density of the planet give it an atmosphere that differs dramatically from Earth.

“As the temperature and pressure are so high, water is not in a usual form (vapor, liquid, or solid), but in an ionic or plasma form at the bottom the atmosphere — namely the interior — of Gliese 1214 b,” principle investigator Norio Narita of the National Astronomical Observatory of Japan told SPACE.com by email.

You should read the whole thing, it’s pretty cool.

And yes, there is a reason why the prequel to Communion of Dreams is based around visits to holy wells in Wales … 😉

 

Jim Downey



30 billion Earths.

How many Earth-like planets are there in our galaxy? Ones which are reasonably like ours, in terms of size, density, and location relative to their sun’s ‘habitable zone’? That’s one of the basic components of the Drake Equation, and until fairly recently all estimates were little more than speculation.

Enter Kepler:

Expanding our view from Kepler’s corner of the galaxy to show more of the Milky Way, the sky fills with billions of potentially life-bearing worlds. If we showed them all, the sky would be a mass of green. So now the green dots illustrate stars that might host such planets, visible with a good pair of binoculars on a dark night here on Earth.

From this perspective, the chances that we’re alone in the cosmos seem very slim, indeed.

The final answer? 15 – 30 billion Earth-like planets.

Of course, that doesn’t include the rest of the Drake equation values. Such as: what percentage of planets which could potentially develop life actually do so? Then what percentage of those planets develop intelligent, technologically sophisticated life? Then what percentage of such intelligent species develop interstellar communication capabilities? Then how long will such a civilization survive, out of the billions of years of history?

The last time I played with the numbers, the best guess from Phil Plait was that there were some 2.5 billion potentially habitable planets. Kepler indicates that number was too conservative, by something on the order of a factor of 10. Running the rest of the equation is largely just an experiment in gut feelings (since we don’t yet have any real data), but what is impressive is that at each stage as solid data has become available, we’ve had to adjust our “best guesstimate” numbers *upwards*. Meaning that the the total number of technologically sophisticated civilizations capable of interstellar communications out there at this point in time also goes up.

From Chapter 4 of Communion of Dreams:

“But in any event, as Arthur Bailey said this morning ‘where are they?’ Where are the aliens? That’s what’s bothering me.”

Where, indeed? I came up with my own answer, explained in Communion.

But I wonder what the real answer will be.

Jim Downey



Limits of perception.

From the beginning of Chapter 18 of Communion of Dreams:

“But there’s something else going on. Perhaps I was being too hasty in considering this to be just a four-dimensional problem.”

“Sorry? You lost me there,” said Jon.

Gish ignored him, his attention turning in on itself. “Yes. Clearly there’s a proximity effect. Perhaps anyone who touches the artifact becomes somehow connected to the outer surface of the bubble.”

“Wait, you mean that the artifact is some kind of doorway to another dimension?”

Gish looked at Jon, annoyed. “What? Doorway? No, just that the surface of the isolation field may not conform to our simple space-time geometry.”

Not too surprising that Robert Gish was aware of this recent theory, since he’s some 39 years in our future:

A Jewel at the Heart of Quantum Physics

Physicists have discovered a jewel-like geometric object that dramatically simplifies calculations of particle interactions and challenges the notion that space and time are fundamental components of reality.

“This is completely new and very much simpler than anything that has been done before,” said Andrew Hodges, a mathematical physicist at Oxford University who has been following the work.

The revelation that particle interactions, the most basic events in nature, may be consequences of geometry significantly advances a decades-long effort to reformulate quantum field theory, the body of laws describing elementary particles and their interactions. Interactions that were previously calculated with mathematical formulas thousands of terms long can now be described by computing the volume of the corresponding jewel-like “amplituhedron,” which yields an equivalent one-term expression.

It’s an absolutely fascinating article & theory, and deserves consideration: that many of the observational problems with quantum mechanics may be due to our limited perspective from this space-time, just as our perspective from one reference point gave rise to the notion that there is something which could be considered a “universal time” — a notion which a certain Mr. Einstein dealt with.

Which, while all the math is completely beyond me, makes a certain amount of intuitive sense from the history of science. Which is: the slow progression of realization that none of our privileged positions are true. That the Sun doesn’t revolve around the Earth. That humankind isn’t different from all the other animals. That our perception of time isn’t the only one. So why should this set of spacial dimensions be the basis for reality?

Which is why I felt comfortable coming up with the “theoretical discovery” at the heart of Communion of Dreams, as discussed in this passage from Chapter 3:

Apparent Gravity was the third major application of the theories set forth in Hawking’s Conundrum, the great opus of Stephen Hawking which was not published until after his death in the earlier part of the century. He hadn’t released the work because evidently even he couldn’t really believe that it made any sense. It was, essentially, both too simple and too complex. And since he had died just shortly before the Fire-flu, with the chaos that brought, there had been a lag in his theory being fully understood and starting to be applied.

But it did account for all the established data, including much of the stuff that seemed valid but didn’t fit inside the previous paradigms. Using his theories, scientists and engineers learned that the structure of space itself could be manipulated. The first major application led to practical, safe, and efficient fusion power. Rather than forcing high-energy particles together, the forces keeping them apart were just removed. Or, more accurately, the manifestation of space between them was inverted. It took very little energy, was easy to control, but only worked in a very localized fashion.

And just for fun, here’s a little hint from my work on St. Cybi’s Well: there’s a character in there who has something of the perspective of the people working on the “amplituhedron theory” and applies it in his own way to explain the dark matter/dark energy problem. Well, it amuses me, anyway.

And I should get back to work on that.

 

Jim Downey

Via MeFi and elsewhere. The MeFi link has a lot of other links in both the post and the following discussion, if you would like more information and … perspective. 😉

Oh, and this seems entirely appropriate – start at 35 seconds:



Now, *that’s* a full moon.

Via BoingBoing, an interesting animation using images from the Lunar Reconissance Orbiter:

 

Jim Downey



How so very … random.

There’s “random“, and then there’s random.

 

* * *

Huh.

MINNEAPOLIS / ST. PAUL (09/03/2013) —An international group of researchers from the University of Minnesota, Argonne National Laboratory and Seoul National University have discovered a groundbreaking technique in manufacturing nanostructures that has the potential to make electrical and optical devices smaller and better than ever before. A surprising low-tech tool of Scotch Magic tape ended up being one of the keys to the discovery.

The research is published today in Nature Communications, an international online research journal.

Combining several standard nanofabrication techniques—with the final addition of the Scotch Magic tape—researchers at the University of Minnesota created extremely thin gaps through a layer of metal and patterned these tiny gaps over the entire surface of a four-inch silicon wafer. The smallest gaps were only one nanometer wide, much smaller than most researchers have been able to achieve. In addition, the widths of the gaps could be controlled on the atomic level. This work provides the basis for producing new and better nanostructures that are at the core of advanced electronic and optical devices.

And no, it’s not graphene.

* * *

In a small side discussion on the larger topic of space exploration, this comment was made in response to the characterization of those who have said that they would be willing to take a one-way trip to Mars were ‘nuts’:

It’s disturbing that people would choose death on Mars over life eternal here in the undying lands of Earth.
posted by 0xFCAF at 10:24 PM on September 4

Yeah, pretty much my take on things, as well.

* * *

This is over-simplified, but good nonetheless:

 

* * *

There’s “random“, and then there’s random. And yes, that is very much how Margo Lynn goes through life, from what I’ve seen in knowing her the last couple of decades. But it works, and keeps things interesting.

So, congrats to TanteLiz and to CJ, who will receive the leather-bound and ‘nearly perfect‘ copies of Communion of Dreams, respectively. Thanks to all who participated.

And particular thanks to Margo Lynn for adding her own somewhat random take on determining the winners, as well.

 

Jim Downey



Planning ahead.

It’s been said that our ability to conceive of and plan for an uncertain future is one of the hallmarks of human intelligence. Some ants and other critters might beg to differ.

Nonetheless, today’s crop from the garden is largely going to be canned for enjoyment this coming winter:

20130830_111300(0)

That’s about 20 pounds of mixed tomato varietals in the dish drainer, and another 5 or so pounds of Roma tomatoes in the colander.  I’ll chop and can the bulk of them, then sauce all the Romas and the left-over juice/bits from the canning. So far this season I’ve put up 44 pints of chopped tomatoes and about a gallon of sauce.

I like to plan ahead.

And you should too. There’s about 36 hours left to get your entry in for the drawing for a full leather, hand-bound edition of Communion of Dreams. And we’ll also be drawing for the last of the “nearly perfect” cloth copies:

Finished product.

Finished product.

 

I’ve managed to talk my old friend MargoLynn into handling the drawing for me, so you should send all bribe attempts to her. Winners will be announced sometime Sunday.

 

Jim Downey



Proof of concept.

Interesting:

Imagine three astronauts, 125 million miles from the Earth, talking to Mission Control with a four-minute time lag. They have seen nothing out their windows but stars in the blackness of space for the last 150 days. With a carefully timed burn, they slow into orbit around Venus, and as they loop around the planet, they get their first look at its thick cloud layer just 7,000 miles below.

It might sound like the plot of a science fiction movie, but in the late 1960s, NASA investigated missions that would send humans to Venus and Mars using Apollo-era technology. These missions would fly in the 1970s and 1980s to capitalize on what many expected would be a surge of interest in manned spaceflight after the Apollo lunar landings. They would be daring missions, but they would also be feasible with what was on hand.

 

Somewhat surprisingly, I don’t remember this at all. Though of course these were just “proof of concept” studies which were put together for NASA.  Still, they were fairly well thought-out, as the article on ars technica demonstrates. As is often the case, technological limitations are less of an absolute factor in accomplishing something than economic/political limitations are. To borrow from a favorite old movie: “You wouldn’t believe what we did. It’s possible. It’s just hard work.”

What isn’t hard work? Getting entered into the drawing for a leather-bound copy of Communion of Dreams. Full details here. Yesterday’s Kindle promotion pushed us over 500 copies of the electronic version given away this month, and that puts the total number of copies out there somewhere in the neighborhood of 26,000. There are already 65 reviews posted to Amazon. Yet so far only 9 people have entered the drawing. You have until midnight this coming Saturday.

 

Jim Downey

Via BoingBoing.



The end of things.

This morning, NPR repeated the story of Voyager 1 having apparently left the solar system.

I wonder why?

 

* * *

Philip James Bailey, Festus:

We live in deeds, not years; in thoughts, not breaths;
In feelings, not in figures on a dial.
We should count time by heart-throbs. He most lives
Who thinks most, feels the noblest, acts the best.
Life’s but a means unto an end; that end
Beginning, mean, and end to all things,—God.

 

* * *

We went shopping yesterday.

Big deal, right? Actually, it kinda was. It was the first time my wife had been in good enough shape to do so since her emergency appendectomy. Things are slowly returning to whatever passes for normal.

 

* * *

Dr. David Casarett is the director of hospice care at the Perelman School of Medicine at the University of Pennsylvania. He works with families as they try to navigate end-of-life decisions.

At least once a week, Casarett says, one of his patients expresses a desire to end his or her own life. “It’s a reminder to me that I have to stop whatever I was doing … and sit back down to try to find out what is motivating that request,” he says. “Is it really a carefully thought out desire to die, or is it, as it is unfortunately many times, a cry for help?”

It’s a good story.

 

* * *

Tomorrow’s the last day this month to get the free Kindle edition of Communion of Dreams. And this week is the last one to get entered into the drawing for a hand-bound leather copy of the special edition. Remember, you have to have posted a review on Amazon of the book, and then post a comment with a link to that review in this blog entry. There are currently 65 reviews on Amazon, but only 8 entrants for the drawing — don’t delay, as the end will come sooner than you expect.

As it usually does, for good or ill.

 

Jim Downey




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