Summary: Questions are raised about the impact of artificial knowledge on human evolution. A recent research compares human-AI dynamics to biological relationships like predation or competition, exploring how AI might affect human evolution through regular interactions.
Potential biological swings include changes in brain length, attention spans, character traits, and social activities, mainly through AI’s impact on relationships and decision-making.
Although the study predicts steady hereditary effects, its immediate effects are significant, and such effects are still largely unknown. This subtle analysis highlights the significant but unexpected role that AI might play in shaping the future of humanity.
Important Information:
- Human-AI interactions perhaps mimic natural relationships, shaping evolution.
- Biological shifts may include changes in brain length, attention spans, and character.
- In the near future, the study emphasizes that social effects may outweigh biological effects.
Origin: University of Chicago Press Journals
As artificial intelligence ( AI ) becomes more common and sophisticated, its effects on human lives and societies raises new questions.
A new report published in , The Monthly Review of Biology , posits how these new technologies might change human development. In” How Could Artificial Intelligence Cause Human Evolution?” author Rob Brooks considers the expected but progressive biological consequences of AI’s daily use and human-AI interactions—without “dramatic but apparently doubtful events, including possibilities of human annihilation, assimilation, or servitude”.
In the report, Brooks examines possible human-AI interactions and the adaptive ramifications of these interactions, including those that resemble deliberate and accidental selection that took place when people raised crops, livestock, and companion animals.
He contends that AI-enabled technology interact with people and have an impact on their lives in methods that can be understood from natural rivalries between people of different species, such as those who are natural predators and prey, hosts and parasites, and how they interact with them.
He points out that the ways in which interspecies interactions have shaped bird evolution, including human evolution, can provide some foundation for future predictions of how AI might affect human evolution.
Human-AI relationships can match human-human social relationships, with computers, and particularly AI-driven technologies, becoming increasingly important societal actors. Much of the possible for AI to control people development lies in these relationships.
Through that lens, Brooks ‘ review examines AI’s possible outcomes on matching ( such as dating software ), intimacy, online friends, and the criminal justice system.
He extracts some projections, including the motion of new biological trends toward smaller brains, collection on interest spans, character types, and mood-disorder susceptibilities.
He also makes the case that changes in social conduct may be a result of changes in intimacy-building and mating competitions caused by AI applications.
In keeping with the fact that it is difficult and prone to error to predict how AI might change humankind, it is likely that the cumulative effects of human-AI interactions on mortal variable reproduction and, consequently, gene frequencies and patterns of inheritance are small in comparison to the immediate effects of those interactions on personal lives, well-being and happiness, and the effects on social evolution.  ,
Even for organisms kept under controlled conditions, he writes,” the direction and rate of evolution can be difficult to predict.”
In a fast-moving AI-rich world, the complexity of predicting selection and the resulting human evolution is even more pressing.
About this news from AI research
Author: Griffin Reed
Source: University of Chicago Press Journals
Contact: Griffin Reed – University of Chicago Press Journals
Image: The image is credited to Neuroscience News
Original Research: Open access.
” How Might Artificial Intelligence Influence Human Evolution”? by Rob Brooks. Quarterly Review of Biology
Abstract
What Effects Could Artificial Intelligence Have on Human Evolution?
As artificial intelligence ( AI ) becomes more common and sophisticated, its effects on human lives and societies are attracting considerable attention. The question of how these new technologies might affect human evolution remains far less often asked, and most attempts focus on dramatic but perhaps unlikely events, including possibilities of human annihilation, assimilation, or enslavement.
Instead, this article examines the unavoidable but gradual effects of AI’s daily use and interactions with humans. I consider some possible human-AI interactions, as well as the natural selection-based evolutionary explanations for these interactions, as well as those that resemble deliberate and accidental selection during domestication. Even organisms kept in controlled environments can be difficult to predict the direction and rate of evolution.
Much more challenging is it to predict human evolution in a rapidly expanding AI-rich society. Nonetheless, I extract several predictions, including the acceleration of recent trends toward smaller brains, selection on attention spans, personality types, and mood-disorder susceptibilities.
Further, changes in intimacy-building and mating competition caused by AI-assisted friendship and intimacy may already have an impact on mating success and may have an impact on social behavior evolution.
