Ze‐Sheng Li
Papers
1
Total Citations
2
H-Index
1
About
Ze-Sheng Li has made a focused and impactful contribution to the advancement of MicroLED technology, a critical area for next-generation displays. His primary research centers on the industrialization challenges of MicroLED, with a particular emphasis on mass transfer processes—the pivotal step in moving millions of microscopic LEDs from a wafer to a target substrate. Li’s most notable work, “New method for mass transfer of MicroLED” (2020), directly addresses a key bottleneck: the misalignment in X and Y directions between MicroLEDs on the wafer and their intended positions on the substrate. By proposing a novel solution to this spatial discrepancy, his research offers a pathway toward more efficient, scalable manufacturing. While his citation count of 2 reflects the early stage of this work’s dissemination, its practical relevance positions Li as a promising voice in display engineering. His achievement lies in tackling a problem that many current methods fail to solve, making his contribution valuable for students and researchers seeking to understand the real-world hurdles of MicroLED commercialization.
Research Focus
Key Achievements
Top Papers
- 1New method for mass transfer of MicroLED2 citations · 2020