Chiral　compounds　are　known　to　be　important　not　only　because　they　are　the　fundamental　components　of　living　organisms,　but　also　for　their　unique　chiroptical　properties.　In　recent　years,　scientists　have　fabricated　several　chiral　organic　supramolecular　aggregates　by　using　chiral　physical　fields,　such　as　vortex　flow.　Herein,　the　relationship　between　dynamic　chiroptical　properties　and　rheological　nature　is　discussed,　suggesting　the　shear　thinning　properties　of　non-Newtonian　fluids　might　help　colloidal　particles　adopt　a　chiral　arrangement　in　vortices.　Furthermore,　the　storage　modulus　of　colloids　could　be　increased　by　adding　a　linking　agent,　which　successfully　kept　the　dynamic　chiroptical　properties　in　the　static　state.　Moreover,　the　salt　effect　on　the　host-guest　interaction　involved　in　the　colloids　was　studied,　the　results　suggested　a　significant　enhancement　of　the　transferred　dynamic　circular　dichroism　for　the　achiral　guest　molecule.