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All life has a Perception cycle based on the Sun. This cycle is 24 000 years, with Pluto and Saturn´s nodes passing around Sun in 108 steps. Plato called this the Great year, in India it´s known as Yuga.

Sirius Knowledge cycle is 50 years, that is Sirius A & B binary star cycle. Sirius was known by the Ancients as the Dog star, the Scorching one, Bharat-Bahubali etc.

The nodes of the Moon impacts all life as the water system is driven by this cycle. Human action is purposeful behaviour but walks on paths given by the final harmonizing grip of the Moon. The Moon in turn is in harmony with the Pleiades stars; the Sailors/Seven sisters/Cutters. Even the craters of the Moon has their shape.


Sirius Knowledge cycles: Tech / Art

Axel Järvengren

Since 1700 we´ve entered a time with new technology being brought fourth, and this is cyclical in my point of view. The relevant cycle is the 50 year cycle of Sirius A & B. When the two stars are far apart, apastron, this cycle starts. Below follow themes from past Sirius Tech cycles up until present day:
  1. 1663 - 1715: Scientific Revolution: Building on earlier work, figures such as Newton developed laws of motion and universal gravitation. Optics and Astronomy: Developments in telescopes ushered crucial discoveries of celestial bodies. Clockmaking and Timekeeping: Precision in timekeeping improved navigation and scientific measurement. Global Trade Networks: Expanded through colonization and discovery, reshaping economies and cultural exchanges.

  2. 1715 - 1767: Enlightenment Era: Intellectual advancements emphasized reason, science, and individualism, influencing societal and governmental changes. Scientific Revolution Continuation: Foundations laid by earlier figures like Newton were expanded upon, advancing physics, astronomy, and chemistry. Navigation and Exploration: Improved scientific understanding and technologies facilitated global maritime exploration and trade. Printing Technology: Enhanced distribution of knowledge and literacy with refined printing techniques

  3. 1767 - 1819: Steam Power: The development of steam engines powered advances in manufacturing and transportation. Textile Manufacturing: Innovations such as the spinning jenny transformed textile production. Agricultural Advancements: Introduction of new farming techniques and machinery increased productivity.

  4. 1819 - 1871: Railways and Telegraph: Expansion of railway networks and the telegraph revolutionized transportation and communication. Industrialization: Continued growth of factories and urbanization. Photography: Invention in the mid-19th century changed visual documentation and art. Electric Power: Early developments in using electricity for commercial purposes.

  5. 1871 - 1923: Electrification: Electrical power became commercially viable and widespread in homes and cities. Automobile Industry: The invention of the car by Karl Benz in 1886 led to mass production pioneered by Ford in the early 20th century. Telephone: Invented by Alexander Graham Bell in 1876, it significantly impacted communication. Aviation: The Wright brothers' first successful airplane flight in 1903 marked the beginning of modern aviation. Radio: Developed in the early 20th century, it became a vital medium for mass communication.

  6. 1923 - 1970: Television: Development and mass adoptions in family homes during the mid-20th century. Computers: Early computers in the 1940s and 50s paved the way for technological advancements and automation. Atomic Age: Spurred by WWII, nuclear technology impacted energy policies and international relations. Space Race: Culminating in the 1969 moon landing, marking significant governmental and scientific efforts. Medical Advances: Antibiotics and vaccines revolutionized healthcare.

  7. 1970 - 2021: Digital Revolution: Rise of personal computing, internet, and mobile technology reshaped global communication and commerce. Biotechnology: Breakthroughs in genetic engineering and medical treatments. Environmental Tech: Renewable energy technologies and climate change awareness influenced energy policies. Globalization: Facilitated by advancements in communication and transportation technologies. Artificial Intelligence: Growing role in automation, data analysis, and autonomous systems.

  8. 2021 - 2071: Future Predictions: Looking forward based on current trends and historical shifts: Artificial Intelligence and Machine Learning: Expected to transform industries with automation and data analytics. Quantum Computing: Potential breakthroughs in computation, impacting cryptography and complex problem-solving. Advanced Biotechnology: Genome editing (CRISPR) and personalized medicine could revolutionize healthcare. Space Exploration: Continued interest in Mars colonization and space tourism. Sustainability Innovations: Might drive new technologies in carbon capture, recycling, and alternative energy sources. Digital Societies: Blockchain and digital currencies could further influence commerce and governance.


Sirius cyclical nature impacts Art as well and one way of looking at Art history is through the lens of a 50 year cycle:
  1. 1620-1670 (Baroque) Key Characteristics: Grandeur, rich color, emotional intensity, dramatic contrasts. Iconic Example: "The Night Watch" by Rembrandt (1642).

  2. 1670-1720 (Late Baroque to Early Rococo) Key Characteristics: Decorative elegance, playful themes, lighter palettes. Iconic Example: "Pilgrimage to the Island of Cythera" by Jean-Antoine Watteau (1717).

  3. 1720-1770 (Rococo) Key Characteristics: Ornate, playful, uses pastel colors, themes of love and nature. Iconic Example: "The Swing" by Jean-Honoré Fragonard (1767).

  4. 1770-1820 (Neoclassicism to Early Romanticism) Key Characteristics: Emphasis on classical themes, grandeur of emotion. Iconic Example: "Oath of the Horatii" by Jacques-Louis David (1784).

  5. 1820-1870 (Romanticism to Early Realism) Key Characteristics: Emotion, nature's power, real-life concerns, social content. Iconic Example: "Liberty Leading the People" by Eugène Delacroix (1830).

  6. 1870-1920 (Impressionism and Post-Impressionism) Key Characteristics: Focus on light, everyday scenes, color and brushwork experimentation. Iconic Example: "Impression, Sunrise" by Claude Monet (1872).

  7. 1920-1970 (Modernism) Key Characteristics: Abstract, experimental, focus on form and new perspectives. Iconic Example: "The Persistence of Memory" by Salvador Dalí (1931).

  8. 1970-2022 (Postmodernism and Contemporary Art) Key Characteristics: Eclectic, mixes old and new, often questioning originality. Iconic Example: "Untitled Film Stills" by Cindy Sherman (1977-1980).

  9. 2022-Present (Meta-Modernism) Key Characteristics: Integrative, digital native, focuses on complexity and interconnections. Iconic Example: "Everydays: The First 5000 Days" by Beeple (Mike Winkelmann), an NFT artwork sold in 2021, represents the intersection of digital technology and contemporary cultural trends.

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Experience the Time Cycles

Explore the visual representation of the sun's, Sirius', and moon's time cycles on Tapaclock.com. Dive into articles on tapa clock usage and historical insights on these fascinating time cycles.