Lin Geng

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About

Lin Geng is a leading researcher in the field of neuromorphic computing and advanced electronic materials, with a particular focus on ultralow-power artificial synapses for emotional simulation. Their most-cited work, "Ultralow Power Artificial Synapses Based on CrPS₄-Floating-Gate Transistor for the Emotional Simulation" (2025, 6 citations), introduces a groundbreaking approach to integrating human-like emotional responses into intelligent systems. By leveraging CrPS₄-based floating-gate transistors, Geng’s research mimics the amygdala—a brain region central to emotion regulation—enabling machines to process and simulate emotions with unprecedented energy efficiency. This contribution addresses a critical gap in artificial intelligence and robotics, where emotional intelligence is essential for natural human-machine interaction. Although early in its citation impact, the work’s novelty and potential for transformative applications in smart robotics and affective computing mark it as a notable achievement. Geng’s research bridges materials science, neuroscience, and AI, offering a pathway toward more empathetic and adaptive technologies. Their work is poised to influence future developments in neuromorphic hardware, making them a rising figure in the quest for emotionally intelligent machines.