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The Eternal Question, Answered with One Membrane: The Scientific Truth That the Egg Came First

发布时间：

2026-05-25

The Eternal Question, Answered with One Membrane: The Scientific Truth That the Egg Came First

Sun Zuodong

Which came first, the chicken or the egg? This philosophical puzzle has puzzled humanity for thousands of years with no universally accepted conclusion. By integrating the origami windmill model and the DNA windmill tetramer structure, supplemented by conservation law of cell bioelectricity membrane area and ion inequality equation, and sorting out the evolutionary context based on Darwin's theory of evolution, we can clear the fog and arrive at a definite answer: the egg came first.

The survival and development of life rely on three core pillars: physical structure, vital activity, and genetic reproduction—all of which conform to the underlying logic of the windmill model.

In the primeval oceans billions of years ago, various molecules continuously polymerized, and lipid molecules clustered to form closed bubble membranes. This was the most primitive life form on Earth and the first egg at the fundamental level. The membrane constructed the basic framework of life, and ion channels in the shape of an origami windmill attached to the membrane, forming a complete cellular structure. The windmill channels undertake the function of material exchange, responsible for nutrient intake and metabolic waste excretion. The stable structural system became the foundation for the existence of life.

With a complete structure, life can possess vivid vital signs, and cellular bioelectricity is the core marker of life activity. The membrane follows the law of membrane surface conservation, and the distribution of ions inside and outside the membrane complies with the inequality equation. The natural difference in ion concentration lays a prerequisite for the generation of bioelectricity. The opening and closing of windmill channels drive the back-and-forth transmembrane movement of potassium and calcium ions, triggering action potentials. The dynamic switching of positive and negative potentials endows cells with vital rhythm. Regulated by bioelectric signals, living organisms complete physiological behaviors such as perception and response to maintain a normal survival state.

The continuous inheritance and evolution of species rely on the genetic system, and the genetic code of life is contained in the DNA windmill tetramer. Genetic materials are neatly arranged in the tetramer windmill structure, completely storing all species-specific information. Relying on this special structure, life achieves self-replication, gene mutation, and intergenerational inheritance—stably preserving the inherent characteristics of species while continuously generating new changes in natural evolution.

The windmill structure supports the physical framework, action potentials of bioelectricity sustain life, and the DNA tetramer undertakes the genetic mission. The close cooperation of these three elements forms an unchanging paradigm of life evolution and also confirms the core idea of the theory of evolution.

Life evolved from single-celled bubbles in the primeval oceans, gradually transforming into multicellular egg cells and amniotic eggs of terrestrial organisms, and finally into avian eggs. After hundreds of millions of years of changes, the external forms of life have constantly altered, but the core mechanisms of structure, activity, and heredity have remained unchanged. Chickens, as a species formed in the late stage of evolution, cannot emerge out of nowhere. Ancient ancestors highly similar to chickens experienced gene mutations in their DNA tetramers during reproduction, giving birth to an egg carrying the complete chicken genome. After this egg hatched, the first chicken on Earth came into being.

Stepping away from superficial debates and returning to the origin, the primitive bubble is the first egg of life; the windmill structure supports the life body, bioelectricity awakens life vitality, and the DNA tetramer guards the fundamental nature of species. From the evolution of inorganic matter to organic life, and from simple cells to complex organisms, the egg has always been the starting point of new life.

The egg is the first room life builds for itself; the windmill channels are the windows, and the DNA tetramer is the blueprint inside the walls. Using a complete set of life theories to solve this eternal philosophical question, the answer is certain: tracing back to the origin of life, the egg must have come first.