The True Cost of Enhancement
As a thought experiment, imagine widespread use of effective enhancement technologies. This assumption is speculative; it should not be presented as a future already arriving in every area of life. The scenario can still expose useful environmental questions: which materials would be needed, how devices would be maintained, who would bear the costs, and how waste and unequal access would be addressed.
Rare-Earth Elements: The Hidden Gems of Enhancement
Rare-earth elements, like neodymium, dysprosium, and yttrium, are the backbone of many modern technologies, including the ones used for human upgrades. They help build tiny yet powerful magnets, sophisticated electronics, and other vital components. But here’s the kicker: these elements aren’t exactly easy to come by. Mining them requires effort, and the process is often environmentally destructive.
Consider this hypothetical situation: that. Upgraded humans walking around, doing things, but the lush landscapes that once provided those resources now lie barren. This paints a rather complicated picture of progress.
Questions to apply to this idea
Consider this hypothetical situation: a future where human upgrades and nature coexist; where every exoskeleton, every neural implant, and every enhancement is created with both human and environmental welfare in mind. That’s the future we should aim for; one where our pursuit of progress doesn’t come at the expense of the world we all share.
The ripple effects of human enhancement extend beyond environmental concerns. Imagine a world where only the wealthy can afford enhancements because they are the ones who can shoulder the cost of these rare resources and energy requirements. This creates a widening gap between the enhanced and the non-enhanced, supporting inequality on a whole new level; a “resource-based caste system.”