November 13, 2026 may pass like any other day, but this date holds a special place in one of the most famous stories of scientific predictions that sparked widespread controversy.
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In 1960, the journal Science published an article predicting that the world's population would approach infinity on that day, effectively meaning that humanity would face a catastrophe due to overpopulation. The article, titled "Doomsday: Friday, November 13, 2026," was authored by Heinz von Forster, an Austrian-American professor of cybernetics, along with his students Patricia M. Mora and Lawrence W. Amiot. The article analyzed 24 population estimates spanning approximately two thousand years, attempting to identify patterns in population growth throughout history.
Von Forster and his colleagues argued that humans are distinguished from many other creatures because their capacity for communication, cooperation, and problem-solving enables them to increase their numbers at an accelerated rate. The core idea of the article was that population growth does not simply follow a constant rate, nor even "exponential growth," which means a constant increase in population over time, with each subsequent increase becoming larger.
The researchers hypothesized that human growth could accelerate even further over time. After applying a mathematical model to historical data and projecting the results onto the future, they concluded that the world's population would approach infinity on November 13, 2026. The quote accompanying the article read: "Our great-great-grandchildren will not die of hunger, but rather of being crushed by overcrowding."
When the prediction appeared convincing, the article garnered widespread attention upon its publication, and was covered by prominent media outlets such as Time magazine and The New York Times. Its impact wasn't limited to the media; researchers in demography, environmental science, and genetics cited it, and its concept appeared in political and legal debates. Throughout the 1960s, 70s, and 80s, actual world population figures seemed to closely align with the trajectory outlined in the article. However, this picture began to shift around 1993, when the world's population fell short of the model's projections, and the gap widened over time.
Over the past few decades, the world has witnessed a significant shift in fertility rates. The global birth rate has declined markedly compared to 1960, and the average number of children per woman has decreased in most parts of the world. Consequently, population growth has not continued at the pace assumed in the article. This highlights the limitations of long-term mathematical predictions: the equation may be coherent, but its results remain contingent on the assumptions upon which it is based. If one of these assumptions changes, the predicted trajectory will also change. Therefore, November 13, 2026, does not represent a predicted date for the extinction of humanity, but rather the date reached by a mathematical model that began with the assumption of a specific pattern of population growth.
Perhaps the secret to the article's enduring popularity for over six decades lies in its combination of science and presentation. It was based on data and mathematical analysis, but it carried a shocking title and specified a particular day for the end of the world.
Von Forster had worked in the field of illusion and magic at one point in his life, which adds a remarkable dimension to the way he presented his idea. On November 13, 2026, the date specified in the article 66 years ago will arrive.
However, current population indicators are not moving in the direction assumed by the model, as global population growth has begun to deviate from the path that led to that date decades ago.
The story of "Doomsday" remains a striking example of the limits of long-range mathematical predictions: an equation may accurately describe a course of action when the conditions on which it is based continue, but a change in those conditions can lead the future to a completely different course.
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