On the Origin of Homochirality in Nature | Furkan ÖZTÜRK (Talk)

## Homochirality In iron-rich ponds, the iron oxide minerals form the occasional sediments of the ponds, and these sediments provide both resources necessary to break the chiral symmetry.

Actual Cycle:

• Reduced moves
• Making of crystals
• Crystals are chirally enriched
• Crystals increase the return purity of the surface they form on them
• If we run this loop several times, we see that the nucleotide chains with chambers are homochiral.

SUMMARY: Electrons create a chiral interaction. Magnetic mineral surfaces teach us these chiral electrons. And these magnetic surfaces can break chiral symmetry