The Post-Apocalyptic Tourist’s Guide to Seattle

I’m excited to share the news. I’ve just completed a new project, and it is now available for pre-order on Amazon!

Let me give you a rundown.

The Post-Apocalyptic Tourist’s Guide Series.

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I met Stephen Lawson back in May at the International Space Development Conference. If you recall, he was the runner-up for the Jim Baen Memorial Short Story Award. A couple of months later, he reached out to me with an idea for a project. He came up with The Post-Apocalyptic Tourist’s Guide, a series following a young man, Thursday Forrester, as he treks across a post-apocalyptic United States in search of a cure that will save his life.
Stephen’s idea was straightforward. He would introduce the character, the setting, and the stakes in his first installment of the series. As Thursday traveled, other authors would be in charge of moving Thursday through their own cities, progressing the plot, and moving him closer to his final destination. Stephen has a lot of author contacts and managed to recruit the following authors for the 1st series:
Episode 1- Louisville- Stephen Lawson
Episode 2- St. Louis- David VonAllmen
Episode 3- Utah’s Deserts- Dustin Steinacker
Episode 4- The Mojave Desert- Sean Hazlett
Episode 5- Los Angeles- Jake Marley
Episode 6- Seattle- Philip Kramer
That’s right, Seattle is the location of the cure to Thursday’s mysterious illness, and so I had the honor of wrapping up the series. It’s been a blast planning and coordinating with the other authors. We’ve had to communicate regularly to brainstorm and to avoid inconsistencies and plot holes. They are all award-winning authors and have written great stories. Click the links above to purchase their episodes.
Stephen also reached out to the award-winning illustrator Preston Stone for the original cover art and logo.

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Cover by Preston Stone. ©Stephen Lawson 2017. Click image to be directed to purchase page.

The Series Blurb.

They descended from the infinite void of space, annihilating cities and destroying the foundations of modern civilization. Black nanoswarms fed like a locust plague on anything with an electromagnetic signal, wreaking havoc on the lifeblood of human industry. Then, as quickly as they came, the invaders mysteriously died, leaving humanity with nothing but savagery, starvation, pestilence, and death in their wake. Spurred by a life-threatening illness, a young man named Thursday Forrester chronicles his harrowing journey through a land riven by violence and superstition.

Episode 6 Blurb.

When the alien invasion ended, humanity strove to mend their broken world… until they remembered how much they enjoyed war. In Seattle, rival clans fight over territory and resources. Resh, the headsman of the Five Clan, has the power to conquer the entire city, but he has other ideas. He runs. Outside the city, far from responsibility and the risk of assassination, Resh comes across an abandoned hospital. Inside, he finds a young man climbing into a wheelchair. Suffering from a mysterious illness, the traveler makes him a deal he can’t refuse. But Resh takes on more than he bargained for. To help the traveler find the cure he’s after, Resh must return to a city filled with scheming and betrayal, and confront an organization with a terrifying agenda.

Visit www.tpatg.com to learn more about the other episodes!

How to buy.

The Post-Apocalyptic Tourist’s Guide is a six episode series. Episodes will be released on Kindle beginning November 1st, and every two weeks thereafter. Episode 6 of Series 1 — The Post-Apocalyptic Tourist’s Guide to Seattle — will launch on January 10th, 2018. Pre-order here!

Location Scouting.

While I’ve seen quite a lot of Seattle in the past, mostly thanks to my brother, a captain in a local tour boat company, I needed to do more research before writing my episode. Here are a few of the pictures I’ve taken while scouting locations for the story:

 

I hope you enjoy reading the story and please don’t forget to purchase the other episodes in the series.

 

The science of suspended animation

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I sold my first non-fiction article!

Back in January, I got in contact with Tony Daniel, the senior editor of Baen books, sent an article proposal, and signed a contract. Around the same time I won the Jim Baen Memorial Short Story award. I think it took him a couple of weeks to realize he was communicating with the same person in the two different email chains. This article was originally going to be posted last month, but he felt it was best not to publish it the same month as my short story “Feldspar.”

Here is the link to the article on the Baen website: “Stasis: The Future of Suspended Animation.”

For this article, I managed to get an interview with Dr. John Bradford, the COO of SpaceWorks, who is pioneering the development of suspended animation techniques with NASA for future human expeditions to Mars.

Here is the full, unedited interview:

Me- “How long could hibernation theoretically be sustained?”

Bradford- “One initial comment that is a bit of semantics, but we like to always clarify. On the term ‘hibernation’: We can’t actually make people hibernate, so prefer terms like “human stasis”, “torpor inducing”, and “metabolic suppression”. Maybe in the distant future through gene therapy/modification, this can be achieved, but right now we are focused on artificially inducing a hibernation-like state via cooling and metabolic suppression. So, we are trying to mimic hibernation, but not achieve it.

We are in the process of evaluating how long we can sustain the low metabolic state. This will ultimately have to be determined through testing, but since we are starting with current practices for Therapeutic Hypothermia, we have a lot of data to evaluate on what is occurring in the body over short 2-4 day periods. Longer periods of up to 14 days has been achieved, but data there becomes much more limited. We also look at animal hibernators as sources of understanding (and inspiration). Bears are a great model since their core temperature doesn’t drop to the extreme conditions most hibernators experience. They can be in torpor for 4-5 month periods. In summary though, we don’t know what the theoretical limit is yet. For our approach, it would not be measured in years. We can benefit a lot in terms of space travel if we can achieve just a few weeks, but ultimately we are looking to achieve months.”

Me- “Are there any plans to test human hibernation in the near future?”

Bradford- “Eventual human testing is on our roadmap and plans. NASA’s NIAC program is not funding us for any medical testing though, only to evaluate if this is possible, identify how we would do this, and quantify the mission impacts if it is feasible (engineering analysis). However, we are getting inquiries from a few investors and looking at non-governmental funding sources to start some specific testing. Note again that we do have medical data from subjects undergoing TH over short periods already, but those were not controlled tests.”

Me- “What is a major medical/engineering hurdle that will have to be overcome before this technology can be implemented?”

Bradford- “I get asked this question a lot and my answer probably changes frequently depending on what aspect I’m currently working on or problem I’m trying to solve. There are certainly challenges, but we are coming up with a variety of solutions or ways to mitigate them, either via a medical approach or engineering it out. The ability to initiate human testing will certainly be a milestone – fortunately I hear from a lot of people that want to volunteer! Transitioning to space-based human testing would be the next big step.

Lastly, I’d say we believe human stasis represents one of the most promising approaches to solving the engineering and medical challenges of long-duration spaceflight. With this technology, a variety of new options can be introduced and applied that address major human spaceflight medical challenges and risk areas such as bone loss, muscle atrophy, increased intracranial pressure, and radiation damage. System-level engineering analysis has indicated significant mass savings for both the habitat and transfer stages. These savings are due to reductions in the pressurized volume, consumables, power, structures, and ancillary systems for the space habitat. This capability is potentially the key enabling technology that will ultimately permit human exploration to Mars and beyond!”

To read the full article, including other interviews, and to learn about the science of suspended animation, click the image below:

 

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Link to Baen article: http://www.baen.com/stasis