Abstract
The experimental complex “Tunable colloids” is developed for particle-resolved studies of generic processes in classical condensed matter. The complex consists of an experimental setup, generating a rotating electric field for a controlled self-assembly of colloidal suspensions (with tunable interactions induced by external fields), and a developed software for phase identification in two-dimensional condensable systems. The complex can be applied to solve a broad range of fundamental and applied scientific problems in condensed matter, chemical physics, physical chemistry, and materials science.
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