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in the dynamic research community at UNIST is a source of great excitement.
My decision to pursue graduate studies in Physics at UNIST is driven by a profound passion for physics, a desire to contribute to transformative research, and a commitment to the interdisciplinary exploration of fundamental
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class research facilities.
At UNIST, I hope to expand my knowledge in condensed matter physics and gain hands-on experience in both theoretical and experimental research. I am particularly interested in exploring the synthesis of novel materials and studying their properties to understand how they c
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ly attracted to the fact that I can gain practical experience through the PBL education system.
I have a conscientious attitude towards my studies and actively participate. In high school, I was interested in mathematics and science subjects and achieved good grades, especially in physics and machin
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Physics & Materials) - 30문제 24
Part 2: 반도체 소자 (Semiconductor Devices) - 60문제 26
가. PN 접합 다이오드 (PN Junction Diode) 26
나. 바이폴라 접합 트랜지스터 (BJT) 27
다. MOSFET 27
Part 3: 반도체 공정 기술 (Semiconductor Fabrication Technology) - 60문제 30
가. 웨이퍼
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Physics of the Impossible(미치오 카쿠 저/박병철 역, 김영사)
이 책은 책 표지에 나와 있듯이 저의 물리학 상식을 완전히 뒤바꾸어 주었으며 미래 과학 기술의 발전에 대한 저의 안목이 좁았다는 것을 깨우쳐 주었습니다. 저는 이 책을 읽기 전까지
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