Communion Of Dreams


Because …

… I’m a big 2001: A Space Odyssey fan, as well as a paleo-future geek, I offer this wonderful insight into my past/future:

“2001: A Space Odyssey” Howard Johnsons Children’s Menu (1968)

Yeah, that’s what it was like back in ’68. Definitely.

 

Jim Downey

Via MeFi.

 

 



Yes, this *is* the future.

How cool is this?

How cool is Chris Hadfield?

 

Jim Downey



Spinning wheels.*

Gorgeous:

The Rose

The spinning vortex of Saturn’s north polar storm resembles a deep red rose of giant proportions surrounded by green foliage in this false-color image from NASA’s Cassini spacecraft. Measurements have sized the eye at a staggering 1,250 miles (2,000 kilometers) across with cloud speeds as fast as 330 miles per hour (150 meters per second).

A fascinating short video and full explanation can be found on NASA’s site:

PASADENA, Calif. – NASA’s Cassini spacecraft has provided scientists the first close-up, visible-light views of a behemoth hurricane swirling around Saturn’s north pole.

In high-resolution pictures and video, scientists see the hurricane’s eye is about 1,250 miles (2,000 kilometers) wide, 20 times larger than the average hurricane eye on Earth. Thin, bright clouds at the outer edge of the hurricane are traveling 330 mph(150 meters per second). The hurricane swirls inside a large, mysterious, six-sided weather pattern known as the hexagon.

Very cool. If I ever have reason to revise Communion of Dreams, I would certainly include reference to The Rose since most everything happens on and around Titan.

 

Jim Downey

*Of course. Via MeFi.

 



Whoa.

No, really … whoa.

 

Jim Downey



Goodness, gracious, great balls of fire!

Via NPR, this gorgeous, stunning vid:

And while I think the music they use is wonderful, I think they missed an obvious choice

 

Jim Downey



Is there anybody out there?*

From the opening pages of Communion of Dreams:

Jon sat there for a moment, trying to digest what Seth said. According to what pretty much everyone thought, it wasn’t possible. SETI, OSETI, META and BETA had pretty much settled that question for most scientists decades ago, and twenty years of settlement efforts throughout the solar system hadn’t changed anyone’s mind. Even with the Advanced Survey Array out at Titan Prime searching nearby systems for good settlement prospects, there had never been an indication that there was an intelligent, technologically advanced race anywhere within earshot.

It’s one of the very basic questions of space science: are we (sentient beings) unique? Rare? Common? There are a lot of ways to think about it, and here’s a nice piece on NPR discussing some of the relevant parts of the question and what we’re doing about it.  An excerpt:

So, to address the first part of the question we must find out how unique the Earth is. We then should figure out how unique life, and humans, are. Fortunately, thanks to NASA’s Kepler mission, we are making huge progress in the first part of the answer. A key finding is that the majority of stars (around 70 percent) have at least one planet orbiting around them. Based on the data so far (2,740 planet candidates and 115 confirmations), Kepler scientists estimate that some 17 percent of these are Earth-size, meaning with similar mass and rocky composition as the Earth, and possibly close enough to their parent star that water, if present, could be in its liquid state.

More good news arrived on this front earlier this month as NASA authorized the construction of Kepler’s successor, TESS (for Transit Exoplanet Survey Satellite). With launch scheduled for 2017, TESS will survey a much wider area of the sky than Kepler, while focusing mostly on stars that are closer. This way, it will use spectroscopy to resolve at least part of the atmospheric composition of the exoplanets. The goal is to find telling signs of life-related compounds such as ozone, water, carbon dioxide and, if we’re really lucky, even chlorophyll. Successful detection would be very exciting, as it’d point to what optimists expect, a few fairly close Earth-like planets with metabolizing beings.

I hope I live long enough that science is able to make a definitive affirmation of life, then intelligent life, outside our own planet.

Until then, well, there’s science fiction.

 

Jim Downey

*Seemed appropriate.



“Shields holding, Captain.”

Unsurprisingly, this has been making the rounds among my friends:

I say “unsurprisingly” because a lot of my friends are reacting to yesterday’s well-documented meteor explosion in the Ural mountains (Russia), and today’s near-pass of a much larger body:

As noted in the various science stories, 2012 DA14 is about 150 feet in diameter, and would have about the same effect were it to hit the Earth as Meteor Crater, depending on the exact composition, speed and angle of approach of the meteor. If you want to play with the variables, here’s a simulator I’ve had fun playing with in the past Impact: Earth!

On one end of the range of effects would be just another bright light in the sky, as the thing exploded in the upper atmosphere. On the other end, another mile-wide crater where a city used to be. Fun, eh? And remember – 2012 DA14 was just discovered last year, and then by pure chance. There are any number of such potential threats out in space. As the Washington Post puts it:

For the foreseeable future, then, Earth will continue to reside in a cosmic shooting gallery with an enormous number of currently unknown objects, some of which may have a direct bead on us without our knowing. While it is probably much more unlikely than likely, a potentially disastrous collision with an asteroid of at least the dimensions comparable to DA14 could occur anytime possibly with little or no warning in our lifetimes.

Keep your fingers crossed that our luck — and our atmospheric ‘shields’ — continue to hold until we no longer have all of our eggs in this particular basket.

 

Jim Downey

 



With LASERS!

I don’t want to reveal any spoilers, but here’s a passage from Chapter 15 of Communion of Dreams:

The moment the projector was set down and turned on, Jon could see what had them all so excited. There were flashes of light coming from the image of the ship, clearly directed back at the ASA.

“It’s brilliant. They’re using the point-defense lasers designed for clearing away debris in their path as strobes, to communicate with us,” said Gish.

Gregor nodded. “Yes, yes. Simple digital message, as fast as lasers can be switched on and off. Not designed for communications,so cannot transmit as much data as normal. But pretty good.”

Why do I mention this? Well, guess what’s just been done by NASA? Take a look:

Here’s an excerpt from the associated article:

NASA has turned the Mona Lisa into the first digital image to be transmitted via laser beam from Earth to a spacecraft in lunar orbit, nearly 240,000 miles away, thanks to a technology that may soon become routine.

The experiment took advantage of the laser-tracking system that’s in operation aboard NASA’s Lunar Reconnaissance Orbiter, which has been circling the moon for the past three and a half years. NASA sends regular laser pulses from the Next Generation Satellite Ranging station at Goddard Space Flight Center in Maryland to the space probe’s Lunar Orbiter Laser Altimeter, or LOLA, to measure its precise position in lunar orbit.

I love to see my predictions come true.

 

Jim Downey

With thanks to Wendy for sending me the article!



A matter of perspective.

It all depends on your point-of-view:

 

Jim Downey



“My God, it’s full of stars!”*

I’m no mathematician, and I won’t claim that the imagery used of the ‘artifact’ in Communion of Dreams was intended to reference this, but if you think about it (and have read the entire book), this kind of explanation would work with higher orders of dimensional reality:

Mathematical Impressions: The Surprising Menger Sponge Slice

 

Jim Downey

*Of course. Which also fits with CoD, since it was an explicit homage to the first movie/book.




Design a site like this with WordPress.com
Get started