Over the past 50 years, the average size of chickens raised for meat has increased by an astonishing 364%, growing from around 2 pounds in the 1970s to over 9 pounds today. This dramatic transformation is largely the result of selective breeding, industrial farming methods, and advances in feed and genetics—designed to produce birds that grow faster and yield more breast meat to meet consumer demand. High-efficiency breeds like the Cornish Cross, combined with controlled environments and optimized nutrition, have played a central role in accelerating this growth. However, these changes have sparked growing concerns among scientists and animal welfare advocates. Oversized chickens often suffer from mobility issues, organ strain, and reduced quality of life. Questions are also being raised about the nutritional quality of the meat and the sustainability of such intensive farming practices. As the poultry industry continues to prioritize efficiency and scale, debates about ethics, health, and environmental impact are pushing the conversation toward more humane and sustainable solutions.
Human Simulation: Agent-Based Modeling and the Computational Case for Our Reality 1. Introduction In the essay, we introduce the notion that humanity could be a deliberate simulation based on an extremely simple single-celled organism, hardly anything more complex than that. This will allow an (apparently) new interpretation of the notion that humanity is simulated, but that there is no master engineer at a massive number of dials and switches, responsible for every twist and turn of our universe and lives. We begin with the notion that the universe exists and operates under its own laws. So, given the Earth [2] , when and where life first began, it was infused with a living agent, self-actualized, reproductive, and with other basic rules for its operations, interactions, and much of what single-celled organisms do today. The idea from this occurred some years back when writing code in ActionScript (formerly Flash), I was able to create...
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