Yu Zeng Ph.D. (曾昱)

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Hi, I’m Yu Zeng 曾昱, a biologist based in the University of South Florida at Tampa, Florida.


Research

I study how nature achieves the impossible—controlling motion at extreme speed, distance, and precision—and translate these principles into new scientific frameworks and engineering systems.

My research investigates novel biomechanical systems (such as legs, wings, tails and tongues) at organism-environment interface and in predator-prey interactions.

  • Flight, gliding, and controlled aerial behaviors, mainly in insects and other arthropods
  • High-performance prehensile and manipulative endeffectors in organisms (e.g. tongues, pincer appendages and limbs)
  • Maneuverability (whole-organism, body parts, colonial)
  • Biomaterial (genesis and evolution of hagfish slime thread)

Education

I received my Ph.D. in Integrative Biology from University of California at Berkeley, with support from the Museum of Vertebrate Zoology (advised by Robert Dudley & David Wake).


Recent updates

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Reviewed for

  • Bioinspiration & Biomimetics
  • Biotropica
  • eLife
  • Frontiers in Ecology & Evolution
  • Integrative and Comparative Biology
  • Integrative Zoology
  • iScience
  • Journal of Experimental Biology
  • Journal of Insect Sciences
  • Journal of Comparative Physiology
  • PeerJ
  • Physical Review Letters
  • Phyllomedusa: Journal of Herpetology
  • PLOS ONE
  • Scientific Reports
  • Zoomorphology

selected publications

  1. Eur01-09_convert-1.gif
    Convergently evolved linear actuators in ballistic tongues
    Yu Zeng ,  Christopher V Anderson ,  and  Stephen M Deban
    Current Biology, 2025
  2. et.glide.logo.png
    Biomechanics and ontogeny of gliding in wingless stick insect nymphs (Extatosoma tiaratum)
    Yu Zeng ,  Grisanu Naing ,  Vivian Lu ,  Yuexiang Chen ,  and  Robert Dudley
    Journal of Experimental Biology, 2024
  3. movie_s1_original-size-1.gif
    Biomechanics of omnidirectional strikes in flat spiders
    Yu Zeng ,  and  Sarah Crews
    Journal of Experimental Biology, 2018
  4. right_tracrop.gif
    Biomechanics of aerial righting in wingless nymphal stick insects
    Yu Zeng ,  Kenrick Lam ,  Yuexiang Chen ,  Mengsha Gong ,  Zheyuan Xu ,  and  Robert Dudley
    Interface Focus, 2017
  5. winglets_1.png
    A tale of winglets: evolution of flight morphology in stick insects
    Yu Zeng ,  Connor O’Malley ,  Sonal Singhal ,  Faszly Rahim ,  Sehoon Park ,  Xin Chen ,  and  Robert Dudley
    Frontiers in Ecology and Evolution, 2020
  6. rosette_tiny2.gif
    Self-propelling and rolling of a sessile-motile aggregate of the bacterium Caulobacter crescentus
    Yu Zeng ,  and  Bin Liu
    Communications Biology, 2020
  7. GTC_stack_small.gif
    Evolution of a remarkable intracellular polymer and extreme cell allometry in hagfishes
    Yu Zeng ,  Skylar Petrichko ,  Kristen Nieders ,  David Plachetzki ,  and  Douglas Fudge
    Current Biology, 2021
  8. etc-small.png
    Epidermal threads reveal the origin of hagfish slime
    Yu Zeng ,  David C Plachetzki ,  Kristen Nieders ,  Hannah Campbell ,  Marissa Cartee ,  M Sabrina Pankey ,  Kennedy Guillen ,  and  Douglas Fudge
    Elife, 2023
  9. et-wing_smallcrop.jpg
    Beyond winglets: evolutionary scaling of flight-related morphology in stick insects (Phasmatodea)
    Yu Zeng ,  Sehoon Park ,  Camille Gonzales ,  Stephanie Yom ,  Faszly Rahim ,  and  Robert Dudley
    Biological Journal of the Linnean Society, 2023
  10. mantis-small.png
    Petal-shaped femoral lobes facilitate gliding in orchid mantises
    Xin Zhao ,  Jing-Xin Liu ,  Tristan Charles-Dominique ,  Ahimsa Campos-Arceiz ,  Bing Dong ,  Lin Yan ,  James C O’Hanlon ,  Yu Zeng ,  and  Zhanqi Chen
    Current Biology, 2023