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2014 Galveston Lone Star Motorcycle Rally


My ‘Choppers’

Many of my readers only know me as an author who flies ‘choppers’ for his day job, but you may not know I build and ride them, as well.

I finished the baby pictured above in June 2008. A few months later, she made her Galveston Lone Star Motorcycle Rally debut, and she’s still going strong in 2014. It’s almost time for this year’s rally. Look for Donna and me there November 7-9.

Save us a parking space … a really long parking space with plenty of turning room. That rake allows for the turning radius of a Mack truck … but it looks good doing it. Hey, I never said it was practical.

When you see that ten-foot-long yellow chopper with my beautiful wife, Donna, behind my ugly mug, give us a yell. If you can’t remember my name, just yell out, “Hey you, author!”

Hope to see you there.

Me and the Chopper on the Cover of the Houston Chronicle 2008 — Hurricane-Ike-Delayed Lone Star Rally

2008 Ike Delayed Lone Star Rally

Bike Stats:
Chasis: 2007 JSR Custom – Outrage
Suspension: Rear – None (Hardtail)
Front – American Suspension Inverted Forks
Wheels: Xtreme Machines – Burnt
330mm rear tire (WIDE)
Engine: Ultima 127 cubic inch El Bruto
HP – 140
Tq – 145 LB FT
Exhaust: Vance & Hines Big Radius

Parking a 10′ chopper can be a challenge.






The Night I Met Donna, My Beautiful Wife.

The Night I Met Donna, My Beautiful Wife.

Daytona Biketoberfest 2011 - First Place at the Broken Spoke Saloon

Daytona Biketoberfest 2011 – First Place at the Broken Spoke Saloon








Daytona Beach Biketoberfest 2011 - Main St.

Daytona Beach Biketoberfest 2011 – Main St.

Key West - 2012

Key West – 2012










Key West - 2012

Key West – 2012

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Will We Find ET in the Next 20 Years?


In a Popular Science article, SETI director Seth Shostak said he believes we’ll detect alien life in the next twenty years. He listed a few ways in which this may come about. Primarily, he believes that SETI’s improving technology and its anticipated ability to search a million star systems over the next twenty years provides the most likely avenue for success.

He also touched on the idea that an alien race might detect the radio signals we’ve been emitting for decades and send a reply. Minimizing the possibility, he pointed out that only a few tens of thousands of stars have been exposed to our transmissions.

If one employs conservative/pessimistic numbers in the Drake Equation, then life is probably too rare and scattered to expect a reply anytime in the next several thousand years. However, if you plug slightly more optimistic values into the equation, you see a galaxy teaming with life.

This later scenario presents exciting possibilities and is an area that warrants further consideration.

Given the relatively slow speed of light (relative to the size of the galaxy) only a tiny fraction of the Milky Way may know we exist. Arguably the most powerful unnatural radio signals humanity ever sent out were our above ground nuclear detonations. Restricted to 186,000 miles per second, that energy has blazed across the galaxy and covered a whopping 66 light-year radius in the intervening 66 years. That’s a bubble of information roughly 122 light-years across.

Big huh?

Not really, it’s only 3/100,000 of 1 % (0.000003%) of the galaxy.

Difficult to visualize? Imagine you shrunk the galaxy down to the volume of the Superdome. Now imagine you’re up in the nosebleed section. At that scale, picture a four-foot-wide beach ball at mid-field. That sphere, a few centimeters over a meter, would represent the 122 light-year bubble of stars exposed to the energy waves emitted from the planet in 1945. It’s unlikely anything outside of that beach ball even knows we exist.

Our galaxy is not as boxy as a stadium. The Superdome’s interior volume is roughly as tall as it is wide. At 100,000 light-years across and only 1,000 light-years thick, the width-to-height ratio of our galaxy is 100:1  Now picture that four-foot sphere from a mile away instead of the upper-deck. And remember that if you’re not in that bubble, all you hear from its center point is cosmic white noise.

Knowing how small the portion of the galaxy is that may know of our existence, consider this: every day that sphere’s radius grows, its surface grows exponentially. In other words, the potential pool of star systems learning of our existence is growing daily, and at an ever-increasing rate.

Complicating the issue is the time a reply would take to reach us. If a civilization decides to beam an instant reply, it will take just as long for us to receive it as our signal took to get to them.

What if 33 years ago—back when that bubble was the size of a basketball—a relatively advanced civilization in our galactic backyard received the signal and blasted a return message our way? We’ll receive it thirty-three years later (today). Therefore, any instant replies beamed in the last 32+ years are still en route.

And that is only if they decide to reply immediately. Considering the signal they received was a nuclear detonation, they may want to listen for a while. After a few decades of I Love Lucy, Gilligan’s Island, Cheers, Seinfeld, and Lost, they decide, ‘what-the-hell let’s say hello to our wacky neighbors.’

Side note: I often muse over the idea that somewhere there’s an alien race agonizing over who shot JR as they painfully wait for the next season of Dallas to reach their planet. Who knows, there may even be a cultural niche of Elvis Presley fans on some remote rock (there’s some bad news heading their way circa 1976).

People and politicians often ask, ‘Why should we spend money listening for aliens? It’s not like they’ll balance the federal budget for us.’ That’s tantamount to a five-year-old saying, ‘Why should I go to school? There’s nothing they can teach me.’ Setting aside man’s innate curiosity and our desire to answer the burning questions—Are we alone? Is there anybody out there?—there are more practical reasons to search.

In regards to social and scientific development, we are assuredly babes in the galactic woods. Any data gathered from alien contact would probably be more enlightening than Pythagoras’ Theorem. Spanning decades, it would be an inefficient discussion, but likely, we would be the prime beneficiary of that interaction. Thus, a tiny-tiny-tiny-minuscule investment (relative to GDP) lands us invaluable knowledge.

In Carl Sagan’s Contact, aliens send us blueprints for a wormhole generator. But saving that, what if they merely said, ‘Hello, here’s the perfect mouse trap’ or ‘free energy and the cure to world hunger’?


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Morpheus Takes Flight (kind of)


So I’m minding my business, having a beer with my neighbor (Pilot Disclaimer: It was my week off) when I hear what sounds like a fighter jet doing a full throttle ground power check on the southeast corner of my block.

“What the hell?” I scream over the din.

“Morpheus,” he yells.

“Morpheus?” I queried back. “What, did I swallow the red pill?” (Pilot disclaimer: This is a reference to ‘The Matrix’ … not drug use.)

So he proceeds to tell me about this new lunar/planetary lander developed jointly by NASA and Armadillo Aerospace. They are doing tethered test of it in the field behind my house. For those that don’t know, my subdivision forms the northwest boundary of the Johnson Space Center (JSC). While the first word spoken from the surface of the moon was ‘Houston’, as in “Houston, the Eagle has landed,” JSC is not typically the home for rocket test. I return you to the fact that my house lies within 100 yards of NASA’s boundary and less than 900 yards from the site where the above photo was taken. Actually, the trees in the background of the picture and the video below are my subdivision.

“Cool!” I say to said friend. Because … it is! They are using eco-friendly methane based propellant and its size along with NASA’s safety protocols give me a warm fuzzy.

Hopefully I’ll be able to pull a lawn chair and cooler (Pilot disclaimer: filled with soda if it’s my week to fly) to the field’s edge for the untethered test.

Here’s a link to an article about it on

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Multi-Lingual Website


I’ve brought the power of Google Translate to my blog. You can now select your language in the drop down window at the top of the right sidebar on any of my pages.

Beware, if you can’t remember what flag to click on you may have a hard time getting back to your native language. It can be a challenge if you pick one you can’t read or at least guess how they represent your language. But don’t worry, it only translates my website. You wont be stuck trying to interpret Egyptian hieroglyphics as you surf the information superhighway … unless that is your ‘native language’.


How Humans Will Become Computers.


I think one of the biggest challenges in writing Near to Distant Future Science Fiction lies in finding a common point of reference for today’s readers. Under the mantra that fact often eclipses fiction, I believe the world as it will look a millennium from now will be so alien to today’s culture, any fiction that truly captures the likely changes might be a difficult read.

Most authors (me included) limit the ways future technologies change those cultures, leaving the human condition relatively unchanged. This allows the reader to identify with the story’s characters in ways that would be difficult with the truly alien culture that a millennium of “progress” would generate.

What could so radically change our culture, you ask. Say one day someone implants a chip in a brain for a simple memory augmentation. No big change right? Let’s even suppose that becomes a commonplace treatment for Alzheimer’s disease. In the next step, having perfected nanotechnology, we learn how to implement these changes without surgery. The surgeons or scientist need only inject a solution teaming with millions of nanobots programmed to seek a certain location and self-assemble into the same circuits that were previously surgically implanted.

Now say someone gets tired of doing rudimentary calculations and decides to utilize the same painless, non-invasive technology to implant those memory circuits along with an integrated circuit. Ah hell, throw in a modem while you’re at it. Now you have upgradeable memory in a powerful PC—or Mac—built into and integrated with your mind. (Kind of gives a whole new slant to the “I’m a PC, I’m a Mac” commercials.) All of that incorporated with a low powered Electro-Organic modem. Talk about the information superhighway.

The biggest impediment to seamless computer access is the interface. With a thought-integrated computer, instantaneous internet, email, and tweets are only a thought away. Think the Internet has had significant social implications? What will happen to our society when we’re all linked together with no information bottlenecks.

Now, let’s take our thought experiment a little farther. The next logical brain enhancement would be the implementation of thought expanding circuitry. You have all of this data coming through your Electro Organic Network (EON as it’s called in my book) but the organic part of your brain can only handle so much at a time. Some hacker or scientist figures out a way to reprogram intellect into your memory or integrated circuits (EON). This would enable you to shift some of your thought processes into a network that runs exponentially faster than your organic computer (read: brain). This assumes that Moore’s Law will have made computers much more powerful than the human mind, currently they are not.

Unhappy with the status quo, people add more and more mental functions and thought processes to their EON. Eventually the silicon-based thoughts exceed the carbon-based.

So I’ve laid out the hypothetical path for a society to transition from organic based thoughts to computer-based without a single huge leap. What kind of social changes would that bring about? The slow-thinking twenty-first century man will look like knuckle-dragging caveman in comparison to the twenty-second century EON enhanced man.

Most people shrug off the suggestion that we may someday shift our thoughts to computers, saying “It’s too big of a leap.” Not in the small baby steps I’ve laid out. Or, “It would be a soulless copy of the real person.” Once again, not in the parallel processing scenario I’ve painted. Although, I’m sure philosophers and theologians will argue ad nauseum.

Those ideas represent a mere fraction of the possibilities of the next century, let alone a millennium. On a geologic timescale a thousand years is blink of the eye. What about 10,000; 100,000; or even a million years (still barely a yawn on a geologic timescale).

But who knows, maybe I’m underestimating my prognosticating ability. Maybe humans several millennia removed will closely resemble what I’ve depicted in my book.

Side note: Just when I thought I had an original thought—  While looking for links to tie in real-world data to my theories I discovered many references to Ray Kurzweil’s Singularity. He took this thought experiment to its ultimate outcome long before me.

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