close-up view of a spherical cell with textured surface, possibly illustrating a biological or microscopic concept

Silicon Electronics and
Integrated Nanomaterials


SEIN-Group

About Us

SEIN Laboratory is dedicated to advancing logic and memory semiconductor technologies through research based on silicon CMOS, while strategically integrating emerging nanomaterials—such as ferroelectrics, oxide semiconductors, and two-dimensional materials—into established silicon platforms. Furthermore, by innovating beyond the conventional CMOS paradigm, we aim to further develop semiconductor technology for neuromorphic computing, advanced sensor applications, and novel energy storage and harvesting solutions.

Our research goal is inspired by Martin Heidegger’s philosophical concept of Sein [zaɪn] the German term for “Being”—to emphasize the broader significance of semiconductor advancements in driving human progress. Through cutting-edge device engineering, SEIN Laboratory strives to tackle critical challenges such as the global energy crisis and resource scarcity, ultimately fostering sustainable development and collective well-being.

Research Topics

Futuristic quantum computer with lasers and circuit board
Illustration of a molecular or atomic structure with connected spheres in various colors, depicting a complex chemical reaction or nanotechnology concept.
Abstract representation of electronic circuitry with colorful wave patterns and particle symbols.

Lab Opportunities

Our lab is always open to motivated postdoctoral researchers and graduate students. SKKU graduate students who are interested in joining our research efforts are encouraged to reach out to Prof. Shin for a discussion about available projects.

Additionally, we support enthusiastic undergraduate students who are eager to engage in research during the academic year or summer through programs. If you're interested in joining our team, feel free to contact Prof. Shin for more details.