Infinite Monkey Theorem Debunked: What They Found Will Shock You

  • WorldScope
  • |
  • 01 November 2024
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Two mathematicians from Australia have challenged a long-standing notion that, given infinite time, a monkey randomly pressing keys on a typewriter would eventually produce the complete works of William Shakespeare. This concept, known as the “infinite monkey theorem,” has been a popular illustration of probability and randomness for many years.

A recent peer-reviewed study conducted by researchers Stephen Woodcock and Jay Falletta from Sydney reveals that the duration required for a monkey to replicate Shakespeare’s plays, sonnets, and poems would far exceed the age of the universe. They argue that while the theorem holds mathematical validity, it can be misleading in its implications.

The researchers not only examined the capabilities of a solitary monkey but also performed calculations considering the global population of chimpanzees, estimated at around 200,000. Their findings suggest that even if every chimpanzee typed at a rate of one keystroke per second until the universe reaches its end, they would still fall drastically short of reproducing Shakespeare’s works.

The likelihood of a single chimp successfully typing the word “bananas” within its lifetime is only 5%. Moreover, the odds of one chimp creating a random sentence like “I chimp, therefore I am” are an astounding one in 10 quintillion. The study emphasizes that no matter how much typing speed improves or how large the chimpanzee population grows, relying on monkeys to generate meaningful written material is not feasible.

The calculations presented in this research are grounded in the prevalent theory regarding the ultimate fate of the universe known as heat death. Despite its name, this phenomenon would be characterized by gradual cooling rather than an intense event. It describes a future where the universe continues to expand and cool while all matter within it deteriorates and ceases to exist.

Woodcock commented on their findings, stating that they position this theorem alongside other probability puzzles where utilizing infinite resources yields outcomes that diverge from what is actually possible within our universe’s constraints. This exploration into probability highlights how theoretical scenarios can often misrepresent practical realities, particularly when considering finite resources and time limitations.

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