Junichi Kougo
Papers
1
Total Citations
2
H-Index
1
About
Junichi Kougo is a researcher at the forefront of soft matter physics, specializing in the topological phenomena of liquid crystal colloids. His work focuses on how micro-rods immersed in nematic fluids create nontrivial topological defects, and how these structures can be dynamically controlled. In his most-cited study, "Nontrivial topological defects of micro-rods immersed in nematics and their phototuning" (2022), Kougo demonstrated that varying rod geometry and surface anchoring conditions generates a rich diversity of topological configurations. Crucially, he showed that these parameters can be phototuned within a single system, enabling real-time observation of topological transformations. This breakthrough opens new pathways for manipulating colloidal assemblies and designing reconfigurable soft matter devices. While his citation count is still growing, Kougo’s work represents a significant step toward active control of topological structures, with implications for advanced materials, micro-robotics, and adaptive optical systems. His research is particularly compelling for students and scientists interested in the intersection of geometry, topology, and responsive soft matter.
Research Focus
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Top Papers
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