Lan Luan, PhD

Rice University · company speakers →

The central nervous system is incredibly complex. Developing neurotechnology to understand and restore its functions requires interfaces at minimal invasiveness, with high spatiotemporal resolution, bi-directionally, and over extended periods. This session will discuss the speaker’s path toward a maximizing 'flexibility' approach to engineer ultra-thin polymer electrodes that can potentially meet these demands.

healthcare-servicespharma-biotech

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Speaking history

Neuroscience

13 November 2027 Chicago, United States “Maximizing Flexibility: Ultra-Thin Polymer Electrodes for Large-Scale, Long-Lasting, Bi-Directional Neural Interface”

Neuroscience

11 November 2028 San Diego, United States “Maximizing Flexibility: Ultra-Thin Polymer Electrodes for Large-Scale, Long-Lasting, Bi-Directional Neural Interface”

Neuroscience

14 November 2026 Washington, United States “Maximizing Flexibility: Ultra-Thin Polymer Electrodes for Large-Scale, Long-Lasting, Bi-Directional Neural Interface”

Topics this speaker covers

healthcare-servicespharma-biotech

Sectors

healthcare_medtech_pharma

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