When we think of George R.R. Martin, our minds often gravitate towards the epic fantasy world of 'A Song of Ice and Fire' and the iconic TV adaptation, 'Game of Thrones.' However, Martin's creative palette extends far beyond the realms of medieval fantasy. Today, we delve into his lesser-known passion project, the sci-fi superhero anthology 'Wild Cards,' and explore how it led him to co-author a scientific paper.
The World of Wild Cards
'Wild Cards' is a collaborative endeavor, a novel series edited by Martin himself, alongside Melinda Snodgrass. Set in an alternate post-WWII United States, the series explores the impact of the Wild Card virus, a unique pathogen that mutates human DNA with unpredictable results. Some gain superhuman powers, becoming 'Aces,' while others undergo extreme mutations, earning the derogatory label of 'Jokers.' Then there are the 'Deuces,' with minor powers, and the 'Nats,' who remain unaffected.
A Scientific Exploration of the Wild Card Virus
In a fascinating twist, Martin, along with 'Wild Cards' contributor and theoretical physicist Ian Tregillis, co-authored a scientific paper for the American Journal of Physics. Titled 'Ergodic Lagrangian Dynamics in a Superhero Universe,' the paper delves into the fictional virus, creating a mathematical model to explain its behavior.
What makes this particularly intriguing is the blend of whimsy and scientific rigor. Tregillis, with his background in theoretical physics, brings a level of complexity to the model, ensuring it remains scientifically sound. Yet, the paper acknowledges its whimsical nature, understanding that the virus behaves arbitrarily when interacting with human DNA.
Tregillis explains, "Being a theoretician, I couldn't help but wonder if a simple underlying model might tidy up the canon." This quest for simplicity and order within the chaotic world of 'Wild Cards' is a fascinating insight into the creative process.
Predicting the Unpredictable
The model takes into account standard viral behavior, including the possibility of hybrid strains leading to both Joker and Ace traits, and the fact that not all infected survive. This complexity allows for the prediction of statistical outcomes, adhering to the 90:9:1 rule—90% of the infected die, 9% become Jokers, and only 1% become Aces.
This raises an interesting question: How do you quantify the unpredictable? Martin and Tregillis' paper provides a unique perspective on this challenge, offering a glimpse into the scientific method applied to a fictional universe.
The Future of Wild Cards
A television adaptation of 'Wild Cards' has been in the works since 2016, but progress has been quiet. Regardless, the anthology series offers a unique blend of sci-fi, superhero narratives, and a touch of horror, making it an intriguing read.
In my opinion, 'Wild Cards' showcases Martin's versatility as a writer, his ability to explore diverse genres, and his passion for the unconventional. It's a reminder that even the most renowned authors have hidden gems in their portfolios, waiting to be discovered.
