The aim is to investigate the spin dynamics and magnetization properties of sepia melanin.
Utilized electron paramagnetic resonance to analyze spin dynamics.
Employed vibrating sample magnetometry to measure magnetization.
Focused on the eumelanin type of sepia melanin derived from cuttlefish ink.
Identified distinct spin dynamics within sepia melanin using electron paramagnetic resonance.
Observed significant magnetization properties when analyzed through vibrating sample magnetometry.
Abstract
Sepia melanin, a eumelanin member of the melanin biopigment family, is part of the dark Sepia ink liberated by cuttlefish for defence and camouflage. It takes its name from Sepia...