Anjelica Kucinic
Papers
2
Total Citations
31
H-Index
2
About
Anjelica Kucinic is a pioneering researcher at the intersection of DNA nanotechnology and education, whose work advances both the engineering of dynamic nanorobots and the accessibility of cutting-edge science. Her primary research areas include DNA origami mechanisms, nanoscale kinematics, and the translation of complex nanotechnology into educational laboratory settings. Kucinic’s major contribution is the development of methods to quantify uncertainty in DNA origami mechanisms, as demonstrated in her highly cited 2018 paper (27 citations), where she employed coarse-grained models and kinematic variance analysis to predict and control the motion of nanoscale devices. This work provides a critical foundation for designing reliable DNA nanorobots with applications in molecular sensing and nanomedicine. Additionally, her 2023 publication (4 citations) showcases her commitment to broadening participation in nanotechnology by creating accessible laboratory protocols for middle school, high school, and undergraduate students. This educational initiative ensures that the next generation of scientists can engage with DNA origami, a field with transformative potential. Kucinic’s dual focus on rigorous nanomechanical analysis and inclusive science education positions her as a leader in making advanced nanotechnology both predictable and teachable.
Research Focus
Key Achievements
Top Papers
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