Hibba Chaudhry
Papers
1
Total Citations
6
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1
About
Hibba Chaudhry is a neurobiologist whose research illuminates the neural mechanisms underlying locomotion, with a particular focus on how sensory feedback from leg mechanoreceptors enables stable walking on varied terrains. Her major contribution, published in 2024, reveals that campaniform sensilla in stick insect hind legs encode forces differently during uphill versus downhill walking. Crucially, she discovered that these sensory neurons respond most strongly to the rate of change of force (dF/dt), rather than to absolute force levels—a finding that challenges prior assumptions about force encoding in walking. This work, already garnering 6 citations, provides a foundational understanding of how force feedback can stabilize leg movements, with implications for robotics and rehabilitation. Chaudhry’s research bridges biomechanics and neuroethology, offering a compelling example of how insects solve complex motor control problems. Her ability to uncover unexpected sensory coding principles marks her as a rising scholar in comparative locomotion neuroscience.
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