The Global Supply Chain: Winners and Losers
It’s not unlike the diamond trade, where the quest for luxury left a trail of destruction and exploitation. Are we on the verge of a similar situation for the sake of enhanced memory or sharper vision?
A Glimpse at Potential Solutions
Despite these challenges, there are ways we can mitigate the impact of human upgrades on the environment and global resource distribution. Here are a few possible approaches:
Recycling and Circular Economy Approaches
One obvious answer is recycling. By creating efficient ways to recycle rare-earth elements and other components, we could reduce the need for new mining operations. Imagine a future where old implants and devices are broken down into their base materials and reused; a kind of circular economy for enhancements. It wouldn’t eliminate the need for raw materials, but it could dramatically reduce it.
Bio-Compatible Alternatives
Researchers are also exploring biocompatible alternatives; materials that are more environmentally friendly and less resource-intensive. Imagine enhancements powered by organic, biodegradable materials or even energy harvested from the body itself, like glucose or kinetic energy. That’s right; we might be able to power our upgrades just by eating a hearty meal or going for a run.
Questions to apply to this idea
This leads us to a challenging question: how can we, as a society, pursue progress responsibly? Should there be limits on who can get enhancements and how they are made? Should global bodies step in to regulate the resource consumption tied to enhancement technologies?
Sources & further reading
- NIST research — Energy harvesting for wearable medical sensorstsapps.nist.gov
- FDA — Augmented and virtual reality in medical deviceswww.fda.gov