Origin of Life

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The origin of life remains one of science's greatest mysteries, with no definitive solution explaining the beginnings of DNA, the Genetic Code, or the Biological Cell. This work presents groundbreaking findings that unveil the origins of DNA, the Genetic Code, and the Biological Cell, along with the initiation mechanism for Life Forms. Central to this research is the discovery of a molecular primer that highlights the structural symmetry between DNA nucleotides, steroid molecules, and steroid hormones. The study introduces a novel concept of synthesizing both structural and functional characteristics of DNA within a unified complex of interleaved steroid molecules, which act as co-enzymatic building blocks. The establishment of the DNA nucleotide code marks one of the initial synthesis steps, creating a digital communications channel for encoding, transmission, decoding, translation, error correction, and replication. This intermolecular synthesis leads to a process that activates DNA and steroid structures, controlling translation and replication, resulting in the immediate release of life functions. Following Dr. Schaper's previous work, this research extends the findings to encompass the Biological Cell and the initiation of Life Forms, demonstrating the instantaneous creation of the first cellular life form within a biological construct, and detailing the mechanism for forming the First Cells in relation to DNA and steroid