The number of atoms in the universe is significantly larger than the maximum possible number of human beings with a unique genetic makeup.
The estimated number of atoms in the observable universe is about 10^80. This estimate takes into account the vast number of stars, galaxies, and other celestial objects, each composed of a large number of atoms.
On the other hand, the maximum possible number of human beings with a unique genetic makeup is limited by several factors. Human genetic diversity arises from the combination of genes inherited from both parents, the occurrence of genetic mutations, and the mixing of genetic material through sexual reproduction. However, even considering these factors, the number of unique genetic combinations is finite due to the limited number of genes and variations within the human gene pool.
Based on rough estimations, it has been suggested that the maximum number of distinct human genetic combinations is around 10^70. This estimate takes into account factors such as the total number of genes, the potential combinations from different alleles, and the occurrence of genetic mutations.
Therefore, the number of atoms in the universe (10^80) is significantly larger than the maximum possible number of human beings with a unique genetic makeup (10^70). The vastness of the universe and the enormous number of atoms it contains dwarf the potential combinations of human genetics.