Searching for the answer to the question why – in the generating of the genetic code – only mirror symmetrical left and not right amino acids (AAs) were selected, in a previous work we showed the existence of a double Boolean "triangle" in mirror symmetry, with superposition of the top vertices: 00 -11-22 / 22-11-00 → 00-11-22-11-00 [0 as 000; 1 as 001; 2 as 010] (Rakočević, 2019a). The resulting sequence, summed with the binary sequence of a 6-bit binary tree, split with a mirror in the middle (101/010) [as in Dirac's positron / electron mirror], results in a sequence of decimal number system: 02-13-24-16-05, where a smaller number (010 = 2) was added three times and a larger number (101 = 5) twice (Survey 1). The mirror image of the obtained decimal sequence (20-31-42-61-50) is 100% consistent with the arrangement of protein AAs, arranged according to strict chemical similarity (Rakočević, 2019a, Table 3). Starting from this result, the paper of which this is a supplement, presents new insights and new examples of mirror symmetry valid for the genetic code, showing that mirror symmetry is also in other respects an essential feature of the genetic code. In this Supplement are given the further new insights.
Stabilization and self-passivation of symmetrical grain boundaries by mirror symmetry breaking