
ArabAndFramecel
25yo KHHV GDE subhuman loser
★★★★★
- Joined
- Mar 6, 2025
- Posts
- 1,411
I know its hard to live 10 more years when you are trully blackpilled (I am suicidal) but i swear to you transhumanism will save us and give us a real life
Just wait 10 more years
"Exponential progress since the Big Bang" refers to the idea that the universe—and the complexity within it—has evolved at an accelerating rate since the moment of its origin. Here's a high-level overview of that exponential trend:
This trajectory is often illustrated in log-scale timelines, where each major leap represents an accelerating compression of time between major milestones. It's the basis for many futurist ideas, including Ray Kurzweil’s Law of Accelerating Returns. Let me know if you want a timeline graphic or an even deeper dive into any stage.
Just wait 10 more years
"Exponential progress since the Big Bang" refers to the idea that the universe—and the complexity within it—has evolved at an accelerating rate since the moment of its origin. Here's a high-level overview of that exponential trend:
1. The Big Bang (~13.8 billion years ago)
- Origin of space, time, matter, and energy.
- Extremely hot, dense state expands and cools rapidly.
2. Fundamental Forces & Particles (10⁻³⁶ to 10⁻⁶ seconds)
- Forces separate: gravity, strong nuclear, weak nuclear, electromagnetic.
- Formation of basic particles: quarks, electrons, etc.
3. Atoms & Elements (first few minutes)
- Nucleosynthesis creates hydrogen, helium, small amounts of lithium.
4. Stars & Galaxies (~200 million years)
- Gravity clumps matter; stars form and fuse heavier elements.
- Galaxies emerge, becoming the building blocks of large-scale structure.
5. Planetary Systems (~9 billion years ago onward)
- Supernovae enrich space with heavy elements.
- Planets begin forming around stars like the Sun (~4.6 billion years ago).
6. Life on Earth (~4 billion years ago)
- Simple cells (prokaryotes) appear.
- Evolution through natural selection gradually increases complexity.
7. Eukaryotes, Multicellular Life (~2 billion – 600 million years ago)
- Cells with nuclei evolve.
- Complex organisms begin to form.
8. Cambrian Explosion (~540 million years ago)
- Rapid diversification of life.
- Nervous systems, eyes, and skeletal structures emerge.
9. Mammals & Primates (~65–5 million years ago)
- After dinosaurs go extinct, mammals thrive.
- Primates evolve traits like larger brains and opposable thumbs.
10. Homo Sapiens (~300,000 years ago)
- Language, culture, and abstract thinking emerge.
- Gradual technological progress begins.
11. Agriculture & Civilization (~10,000 years ago)
- Exponential acceleration begins in earnest.
- Cities, writing, trade, and complex societies emerge.
12. Industrial Revolution (~200 years ago)
- Technological explosion: steam engines, electricity, medicine, transportation.
13. Information Age (~50 years ago to present)
- Computing, internet, AI, biotechnology.
- Knowledge and innovation compound at rapid rates.
14. Artificial Intelligence & Beyond (present–future)
- Potential for recursive self-improvement.
- Some theorize a "technological singularity" could emerge—an inflection point in exponential growth.
This trajectory is often illustrated in log-scale timelines, where each major leap represents an accelerating compression of time between major milestones. It's the basis for many futurist ideas, including Ray Kurzweil’s Law of Accelerating Returns. Let me know if you want a timeline graphic or an even deeper dive into any stage.