Winners and losers
During each evolutionary transition, there have been winners and losers. And we need to start asking if the digital transition poses a danger to humanity. We do have the advantage of hindsight to answer this question.
We know that each of earth’s evolutionary transitions essentially resulted in the enslavement of the old information carriers. RNA was the original carrier of information. When DNA came along, the role of RNA was relegated to simply relaying messages from DNA to the cell.
When complex cells arose, they subsumed simpler bacterial cells. These became power generators (mitochondria) or solar panels (chloroplasts), serving the needs of the new cell types.
The next transition resulted in organisms with multiple cells. Most of these cells did not pass their information to the next generation, but existed simply to support those few cells that did.
The development of nervous systems that collected information from the environment provided huge advantages for animals. This activity reached its peak in human societies, with transmission of information between generations, via language and culture.
This allowed humans to dominate the planet, such that we have triggered a new geological epoch, the Anthropocene.
So the lessons of evolutionary history are clear. Transitions in the way information is replicated and stored often make existing organisms extinct, can lead to parasitism, or in the best case scenario, lead to a co-operative, mutual relationship.
We are increasingly connected to the digital world via devices, and direct connections to our brains are on the horizon. If we fuse our brains with the internet we may gain new sensory and cognitive capabilities.
As our activities and physiological states are increasingly being monitored, tracked and analysed, our every thought and action could be predicted (George Orwell’s 1984 or the Minority Report). Biological information systems might then become a predictable cog in a digitally governed social system.
Decision systems and artificial intelligence networks mimic human brains, and coordinate our everyday interactions. They decide on what internet advertisements we are exposed to, execute the majority of stock exchange transactions and run electric power grids. They also have a significant role in human mate choice via internet dating sites.
While we do not necessarily feel that we are the mere flesh-bots of our digital overlords, the merging of humans with the digital world has now passed the point of no return.
In biological terms, fusions like these between two unrelated organisms are called symbioses. In nature, all symbioses have the potential to turn into a parasitic relationship, where one organism fares much better than the other.
We need to start thinking about the internet as an organism that can evolve. Whether it cooperates or competes with us is cause for considerable concern.
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