Books: Tuesday Toofer

In light of me having anything interesting to say, here’s two short fiction previews:

  • “In the Autumn of the Empire,” Jerry Oltion. Analog: Science Fiction and Fact (Oct. 2009) – We all know that world leaders can be pretty stupid. But what if they had absolute power to correct all of their blunders? Oltion spells out a fun story chronicling an emperor who can’t wrap his head around that axial tilt thing, and goes to extreme means to cover up his ignorance.
  • “The Hanged Man,” William Gleason. Analog: Science Fiction and Fact (Oct. 2009) – Moral of the story: don’t leave a friend behind on a planet with sketchy natives and a propensity for revenge. They might convince your pal to, you know, hunt you down and kill you. Or something. Worth checking out, but I’m still not 100 percent sure what Gleanson was going for with this one …

Music: A dose of Sunday weirdness …

Courtesy of my favorite guitar player.
Come for the choppy killswitch intro, stay for the pretty Eddie Hazel-like solo.


Because we’ve all been creeped out by at least one of these …

Some life lessons i09 would like to share courtesy The Twilight Zone.

The Do It Yourself Universe

I’ve been reading a lot about multiple universe theories lately.
Mainly out of a sense of wonder at what it would be like to meet my doppelganger, but also out of a fascination with the oddity of it all.
I tried to explain it before, but basically the theory says this: our universe isn’t everything. In fact, it is next to a fraction of nothing. There’s a whole bubble bath of universes out there in the cosmic stew — each one unique and separate. We’re a lonely bubble in an infinite tub.

So that begs the question — if there are so many universes out there, something must be creating them. And if something is creating them, there must be a formula. And if there’s a formula, well, I should be able to just slap one together in my kitchen … right?

Surprisingly, yes. But only if you have the right ingredients.

The first thing we’ll need is a universe seed. We’ll make it really tiny. Physicists speculate our universe was roughly 10 to the -26 centimeters across prior to the Big Bang, so shoot for something around that. And you’ll have to cram a lot of stuff in there – about 10 lbs. of material. Come on, work those pecs! Pack it in! Good job!

Next, we’ll need a healthy dose of gravity.

But not the gravity we are familiar with. We’ll want to utilize gravity’s mean cousin – repulsive gravity. Or to demonize him a little further, let’s call him DARK ENERGY. He likes to push everything apart. There’s a lot of math involved, but suffice it to say that dark energy is what physicists believe to be the engine driving the expansion of our universe.

So we’ve impregnated our universe seedling with some dark energy. Hurrah! This little universe is really coming along! It’s got all the stuff and energy it’s ever going to need. Exciting! But why is our seedling is still sitting on the table inert?

Let’s check our universe cookbook again … we must be missing something.

A-ha! A trigger! Something to make our universe grow!

Here’s where it gets really tricky. And, to be honest, I still understand only like 40 percent of this. We’re going to have to compress our seedling a little more. Good. Now a little more. Wash rinse and repeat until it’s so compressed it drops into its own black hole. And that’s our tipping point. The black hole is our trigger.

And when the seed transforms into a black hole, it drops out of our reality and BOOM! a universe springs out on the other side.

Your universe. All made within the confines of your kitchen.

But isn’t that like, totally dangerous?

Apparently, not. According to the math, (which again flies over my head) the universe would blow out the opposite side of the black hole, creating its own reality in space that never existed before. It would be like blowing another bubble into that cosmic bathtub we talked about. And all we’d have to do to observe it would be jump into the bubble.

There’s just one catch. Once you’ve plunged into the new bubble (by traveling through the black hole conduit), there’s no going back. To check out how surprisingly awesome your universe is — you’ll have to forsake your universe and every single bit of reality you’ve come to know.

But what a curious prospect! What would it be like in the other universe? Would there be carbon? Would stars develop? Would they do strong and weak forces? Would life evolve?

I’d be game to check it out. Sure, there would no longer be a monkey to run this blog, but that’d be letting down, what … like 10 people?

They’ll deal. See you in my new universe! (It’s located behind the kitchen sink).

Science: After Birth …

You’ll have to pardon the pun, but this Aug. 24 Radio Lab podcast is worth checking out.

I don’t want to spoil too much, but a few fun things as spelled out by Charles Fernyhough:

  • Newborns may hear echoes everywhere – While the human auditory system is adept at filtering out echoes, it takes some time for that ability to develop. So babies very well may hear echoes from all around the room when you speak to them. In fact, everything around them may echo. The world is their silo. And the reverb’s at 10.
  • Baby brains are extremely amalgamated – Scientists have used harmless brain caps to document this phenomenon, which basically says it takes a long time time for a baby’s brain to appropriate cognitive functions. Show a baby a picture, for example, and sparks go off in the region of the brain normally reserved for smell. Does that mean babies might smell light? And hear color? Scientists aren’t sure. But it does mean they are processing the world in a radically different way than adults.
  • Your baby isn’t staring at you in rapturous devotion – You know those moments when your child stares at you and simply can’t look away? A parent might be tempted to think their child is embracing their creators, but in reality, Junior is just really confused. Scientists call this “sticky fixation” and it’s nothing more than a brain glitch. As newborns develop, two parts of their brains are battling for control — the subcortical region (which is the lesser developed, primal area) and the cortical region (which is more highly evolved). Fixations develop when the baby’s brain is locked between the two. The baby can’t look away because his brain is pulling in two different directions. Depressing for parents, but I’m sure the little tyke loves you anyway.