What Is the Strange Mystery of the Golden Stars?

TL;DR

The mystery is that some RR Lyrae variable stars pulsate at ratios very near the golden ratio, a pattern also found in mathematics, art, architecture, and nature. Because technological civilizations would likely understand mathematics, the golden ratio could act as a shared signpost. The pattern is probably natural rather than a message, but its possible implications make the stellar evidence worth examining.

Transcript

we live in a universe that can be expressed or described mathematically at least to a degree indeed some form of math is something we probably would have in common with other technological alien species in the universe you're going to need science math and engineering to send or receive a radio signal of obvious technological origin for example how... Read More

Key Insights

• 👽 Mathematics is a shared language in the universe and could be used as a common ground for communication between alien civilizations.
• 🥳 The golden ratio appears in human art, nature, and potentially in the behavior of variable stars, making it a potential universal signpost.
• 👨‍🎤 Variable stars, such as rr Lyrae stars, could be manipulated technologically to produce patterns for communication with other civilizations.
• 🤩 As the sun ages, humanity may need to find ways to mitigate its increasing luminosity or eventually migrate to other star systems.

Questions & Answers

Q: What is the strange mystery of the golden stars?

Some RR Lyrae variable stars have main and secondary pulsations whose ratio is very near the golden mean. Because the golden ratio also appears in mathematics, human art, architecture, and nature, its presence in stellar behavior raises the possibility of a recognizable universal pattern.

Q: What is the golden ratio?

The golden ratio, sometimes called the divine ratio, is represented by phi. It can be visualized by repeatedly dividing a proportioned rectangle into smaller rectangles, producing the golden or Fibonacci spiral.

Q: Why might alien civilizations recognize the golden ratio?

Any civilization capable of astronomy, physics, engineering, and technological communication would likely need some form of mathematics. The golden ratio could therefore provide shared mathematical ground even if aliens used symbols entirely different from human notation.

Q: How is the golden ratio used in art and architecture?

Artists use the golden ratio to create proportions said to be pleasing to the eye. The transcript names Leonardo da Vinci and Salvador Dali, and notes suggestions that the Parthenon in Athens also conforms to the ratio.

Q: Where does the golden ratio appear in nature?

The transcript identifies nautilus shells, flower-petal arrangements, and some spiral galaxies as examples. It also stresses that many natural patterns do not fit the golden ratio and that not all galaxies are spiral.

Q: What are RR Lyrae stars?

RR Lyrae stars are old stars that have left the main sequence and entered the red giant phase. They burn helium in their cores and begin pulsating because of pressure differences within the star.

Q: Why are the pulsations of RR Lyrae stars unusual?

RR Lyrae stars characteristically have a main pulse and a secondary pulse. A survey discussed in the transcript found that most of the examined stars had a ratio between those pulsations that was very near, but not exactly equal to, the golden mean.

Q: Do golden-ratio pulsations prove that stars are sending messages?

No. The transcript describes a technological explanation as potentially possible but very likely incorrect, and the ratios were only near the golden mean rather than exact. The pattern may still offer clues about stellar behavior and why mathematically elegant relationships arise in nature.

Summary & Key Takeaways

• The golden ratio, also known as the divine ratio, is a mathematical concept that appears in human art and architecture and also in nature.

• It is speculated that alien civilizations capable of astronomy, physics, art, and architecture would recognize the golden ratio as a common signpost.

• Variable stars, such as rr Lyrae stars, have been found to exhibit ratios very near the golden mean, suggesting potential patterns of communication.