Overview
Modern cosmology tells a story astonishingly similar to the Taiji creation view: 13.8 billion years ago, the universe was born from an infinitely dense, infinitely hot singularity — the Big Bang. In the first 10⁻³⁶ seconds, the universe underwent exponential 'inflation,' growing from a quantum fluctuation into a macroscopic cosmos. This narrative resonates deeply with the ancient philosophy of 'Wuji gives birth to Taiji, Taiji gives birth to the Two Forces.'
One of cosmology's greatest mysteries — dark matter and dark energy — provides a cosmic-scale correspondence to the Taiji diagram's yin-yang structure. Ordinary matter (stars, planets, everything we can see) accounts for only about 5% of the universe's total mass-energy, while dark matter accounts for about 27% and dark energy about 68%. This means our 'visible universe' (yang) is merely the tip of the iceberg, with the vast majority of the cosmos composed of the 'invisible' (yin) — just as in the Taiji diagram, yin contains yang and yang contains yin; the visible and invisible are interdependent, together forming the cosmic whole.
Even more striking is that modern cosmology reveals the universe's very 'existence' may come from an exquisite symmetry breaking. In the early universe, matter and antimatter were almost perfectly symmetric — but for every billion particle-antiparticle pairs, matter had one extra particle. This extremely tiny asymmetry (CP violation) is the fundamental reason everything we see today exists. Without this yin-yang imbalance, the universe would have self-annihilated at birth. This is the cosmological proof of 'solitary yin cannot give birth, alone yang cannot grow' — pure symmetry means nothingness; life and structure come from the breaking of symmetry.
Taiji Connection
Wuji gives birth to Taiji → Big Bang: the universe born from singularity
Yin contains yang, yang contains yin → dark matter/energy (invisible cosmos) interdependent with visible universe
Yin-yang asymmetry → matter-antimatter asymmetry (CP violation) as the precondition for cosmic existence
Rotating Taiji diagram → cyclic models of cosmic expansion and contraction (Big Bounce theory)
Key Examples
CMB: The Big Bang's 'Taiji Diagram'
The Cosmic Microwave Background (CMB) is the 'afterglow' of the Big Bang — the first light of the universe 380,000 years after its birth. The Planck satellite's 2013 all-sky CMB map shows tiny temperature fluctuations (at the level of one hundred-thousandth of a degree), which are the 'seeds' of all later galactic structure. This map is considered modern cosmology's most important 'photograph' — it reveals a universe that is globally uniform yet contains subtle internal asymmetry, just like the Taiji diagram: a dynamic structure of overall balance containing internal yin-yang differentiation.
Matter-Antimatter Asymmetry: Why Is There 'Something' Rather Than 'Nothing'?
According to known physical laws, the Big Bang should have produced equal amounts of matter and antimatter — which would annihilate each other into photons, leaving an empty universe. But we exist. Physicists discovered that CP symmetry (combined charge-parity symmetry) is slightly violated in weak interactions, resulting in 10⁹+1 matter particles for every 10⁹ antimatter particles — this one-in-a-billion 'yin-yang imbalance' left behind the material residue that built the entire visible universe after annihilation.
Visual Comparison
Wuji — the undifferentiated chaotic unity before all things
Singularity — the infinitely dense state before the universe's birth
Taiji gives birth to Two Forces — yin and yang differentiate from unity
Fundamental forces gradually separated after the Big Bang — gravity, strong force, weak force, electromagnetism differentiated in sequence
The visible and invisible of yin-yang
Visible matter (5%) vs dark matter (27%) + dark energy (68%) — the universe is overwhelmingly 'yin'
More visualizations coming soon...
Knowledge Quiz
3 questionsWhat does the Big Bang correspond to in Taiji philosophy?
What % of the universe is visible matter?
What is the matter-antimatter asymmetry called?