Good Morning, World-We Are Still Here! Reflections on the 1960 “Doomsday” Prediction
If you are reading this post today, Friday, November 13, 2026, congratulations! Against some rather dramatic predictions made sixty-six years ago, the Earth has not cracked open, we have not been squeezed off the planet, and I am still here sipping my morning coffee and sharing my thoughts with all of you around the globe.
Over the past few weeks, headlines and social media have been buzzing about a famous prediction from 1960 that marked today as the end of the world. Many people casually remember it as some eerie psychic prophecy tied to the superstition of Friday the 13th. Having lived through enough decades and having spent my own career immersed in the world of science, I always find it fascinating to look behind the curtain of sensational headlines to see what actually happened.
A Penniless Student in Chicago and a Paper Downstate
As it turns out, this particular doomsday forecast didn't come from a crystal ball or a mystic. It came from a peer-reviewed paper published in the prestigious journal Science on November 4, 1960. Written by Austrian-American physicist Heinz von Foerster and two colleagues downstate at the University of Illinois in Urbana-Champaign, the article bore the ominous title: "Doomsday: Friday, 13 November, A.D. 2026".
That detail makes me smile every time I think about it, because in November 1960, I was a fellow University of Illinois student myself, though miles away in the heart of Chicago, studying at the Medical Center and Research campus. Fresh from the Philippines, I was navigating my first year of graduate school, essentially penniless, bundled up against the biting Lake Michigan winds, and surviving on a shoestring budget, sheer determination, and boundless hope for the future.
While I was buried in my own laboratory research and textbooks in Chicago, those professors at our sister campus downstate were analyzing two thousand years of human population data. They noticed something alarming: our numbers weren't just growing; the rate of growth was speeding up.
Plugging those numbers into a mathematical formula, they projected that if humanity continued multiplying at that exact pace, the world's population would reach mathematical infinity on November 13, 2026. As they famously wrote in their paper, "Our great-great-grandchildren will not starve. They will be squeezed to death".
Of course, even serious scientists have a sense of humor. Von Foerster deliberately nudged the math so the apocalypse would land on November 13, which just happened to be his own birthday and a Friday the 13th to boot, ensuring the public would pay attention to his warning about overpopulation.
Why the Math Missed the Mark
For about thirty years, the formula held up surprisingly well. Yet by the 1990s, reality took a sharp turn away from the chalkboard. Today, rather than approaching infinity, the global population sits at a little over 8 billion people, and birth rates around the world have dropped by more than half since 1960.
Why did the equation fail? Because human beings are not mere variables in a rigid mathematical formula. As societies modernized, access to healthcare improved, urbanization expanded, and families naturally began choosing to have fewer children. In fact, many economists today worry more about declining populations and aging societies than we do about running out of standing room.
A Lesson in Humility and Hope
Looking back at that young graduate student in Chicago in 1960, who had almost nothing in his pockets but everything to look forward to, I am reminded of two enduring truths.
First, even the smartest minds with the sharpest pencils cannot account for the unpredictable resilience and adaptability of the human spirit. Models and equations are useful warnings, not etched-in-stone destinies.
Second, every ordinary Friday we get to wake up, connect with family, read a good book, or share a story across the miles with readers like you is a gift. So today, don't worry about the calendar or sixty-year-old equations. Enjoy your Friday, appreciate the space you have to breathe, and let’s keep living life to the fullest!
Do you remember any famous end-of-the-world predictions from your own lifetime? Drop a comment below and let me know where you are reading from today!
AI Overview:
Today, Friday, November 13, 2026, marks the exact date a famous 1960 scientific paper predicted humanity would face "doomsday" through infinite population growth. Because real-world demographic trends shifted dramatically over the past six decades, the equation's catastrophic singularity never materialized.
What the 1960 Study Actually Predicted
In November 1960, University of Illinois physicist Heinz von Foerster and his colleagues Patricia Mora and Lawrence Amiot published a provocative paper in the journal Science titled "Doomsday: Friday, 13 November, A.D. 2026".
- The Mathematical Singularity. The researchers analyzed historical population estimates spanning roughly 2,000 years and noticed that human population doubling times were shrinking. Extrapolating that accelerating curve forward produced a mathematical singularity on November 13, 2026, where the global population would theoretically hit infinity.
- A Cautionary Thought Experiment. Von Foerster warned that future generations would not starve, but rather be "squeezed to death". The date also happened to be von Foerster's 115th birthday, serving as a satirical, eye-catching way to argue for global birth control rather than a literal prophecy of planetary destruction.
Why the Equation Failed
For roughly three decades, the formula tracked global population growth surprisingly well, earning widespread citations in political and scientific debates. However, the model relied on the flawed assumption that growth rates would accelerate forever.
- The 1993 Turning Point. Around 1993, actual global population growth began falling behind the paper's projections. Today, the global birth rate is less than half of what it was in 1960.
- Social and Medical Shifts. Advances in healthcare, urbanization, wider access to education, and contraception drastically changed family-size preferences. More than half of the world's countries now have fertility rates below the replacement level of 2.1 children per woman.
- Biological Limits. Demographers also noted that the equation ignored basic physical constraints. A population doubling time cannot realistically shrink below the nine-month human gestation period.
- The Takeaway for Modern Forecasting
As summarized in analyses from outlets like
ScienceDaily and
The Conversation, the passing of November 13, 2026, serves as a classic case study in the limits of mathematical extrapolation. Complex human systems rarely follow rigid curves indefinitely because societies adapt, innovate, and change their behavior in response to emerging challenges.
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1]
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Finally My Photo of The Day:
Ditas and Friend Kiko, enjoying their 3-weeks Philippines Adventure at the Ifugao Rice Terraces, Banaue, Philippines