Imagined Future Scenarios
Genetic Engineering, Plausible Futures, Short Term (1 - 3 years)
Scenario Generated from '‘Dengue Boy’ Is the Weird, Fleshy Novel You Need Right Now' - Wired
Future Arc and Implications
Grow Arc
Social Impact: Increased lifespan and physical capabilities lead to societal stratification based on access to genetic enhancements.
Technological Impact: Advancements in synthetic biology and personalized microbiome engineering drive further symbiotic innovations.
Ecological Impact: Intensified agriculture to meet the demands of enhanced physiques strains ecosystems, escalating resource depletion.
Economic Impact: A booming 'bio-enhancement' industry fuels economic growth, but exacerbates wealth inequality.
Political Impact: Governments struggle to regulate genetic modification and ensure equitable access amid growing public demand.
Narrative: Humans relentlessly push the boundaries of biological augmentation, leading to a world of enhanced but unevenly distributed capabilities.
Collapse Arc
Social Impact: Unexpected side effects and cascading failures of engineered symbiosis trigger widespread health crises and societal unrest.
Technological Impact: The engineered bacteria mutate and become pathogenic, overwhelming existing medical infrastructure.
Ecological Impact: Uncontrolled spread of engineered bacteria disrupts natural ecosystems, leading to biodiversity loss and agricultural collapse.
Economic Impact: Global trade and agricultural production plummet due to widespread disease and ecological damage.
Political Impact: Governments fail to contain the crisis, leading to widespread social chaos, resource wars, and state failure.
Narrative: A well-intentioned biological intervention spirals out of control, leading to widespread ecological and societal devastation.
Discipline Arc
Social Impact: Strict regulations and monitoring of individuals' microbiomes become the norm, leading to a hyper-controlled society.
Technological Impact: Advanced sensing and monitoring technologies are developed to track and control the spread of engineered bacteria.
Ecological Impact: Large-scale environmental engineering efforts are implemented to contain and reverse the ecological damage caused by escaped bacteria.
Economic Impact: A heavily regulated bio-economy emerges, with strict controls on genetic modification and resource allocation.
Political Impact: Authoritarian governance structures rise to power, prioritizing stability and control over individual liberties.
Narrative: In response to a biothreat, society embraces stringent controls and top-down management to ensure collective survival.
Transform Arc
Social Impact: A shift in human consciousness towards symbiotic living fosters a deeper understanding of interconnectedness and collective well-being.
Technological Impact: Technology is developed to facilitate harmonious integration between humans and their microbial partners, prioritizing sustainability and health.
Ecological Impact: Regenerative agriculture and ecological restoration practices become widespread, utilizing engineered bacteria to enhance biodiversity and soil health.
Economic Impact: A circular bio-economy emerges, focused on sustainability, resource efficiency, and equitable distribution.
Political Impact: Collaborative governance models prioritize ecological integrity and social justice, promoting a symbiotic relationship between humanity and the planet.
Narrative: A profound shift in values and technological approach fosters a harmonious relationship between humanity, technology, and the natural world.