Yera Ussembayev
Papers
2
Total Citations
19
H-Index
2
About
Yera Ussembayev is a rising researcher at the forefront of photonic micromanipulation and soft robotics, specializing in the optical control of microscopic objects. Their work centers on harnessing light to trap, rotate, and propel miniature structures, with a particular focus on chiral photonic micromotors and liquid crystalline polymers. In their highly cited 2023 study (16 citations), Ussembayev demonstrated uni- and bidirectional rotation and speed control in chiral photonic micromotors powered by light, advancing the design of untethered, light-responsive soft robots at the micrometer scale. This breakthrough addresses a critical gap in the manipulation of photoresponsive polymers, which hold promise for biomedical and robotic applications. More recently, their 2025 paper on the "Optical Blaster" introduced a novel method to launch nanostructured microrockets out of an optical trap using a single laser beam, achieving stable trapping, controlled release, and rapid propulsion. With only 3 citations to date, this work is already gaining attention for its potential to revolutionize precise manipulation in nanotechnology. Ussembayev’s contributions are shaping the future of light-driven microdevices, offering elegant solutions to long-standing challenges in optical trapping and actuation.
Research Focus
Key Achievements
Top Papers
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