GIST 전기전자컴퓨터공학과
About Us
Overview
Greetings
History
Directions
Future Careers
Facilities
Virtual Campus Tour
Research
Research Groups
Research Highlights
Outstanding Research Award
Research Centers
AI in EECS
People
Professor
Staff
Academics
Academic Calendar
Courses
Degree Requirements
Various Forms
Admissions
Admission Guide
Scholarship
Open Lab/Internship
News & Event
Notice
Gallery
News
Alumni Interview
Faculty Recruitment
KOR
About Us
Overview
Greetings
History
Directions
Future Careers
Facilities
Virtual Campus Tour
Research
Research Groups
Research Highlights
Outstanding Research Award
Research Centers
AI in EECS
People
Professor
Staff
Academics
Academic Calendar
Courses
Degree Requirements
Various Forms
Admissions
Admission Guide
Scholarship
Open Lab/Internship
News & Event
Notice
Gallery
News
Alumni Interview
Faculty Recruitment
We lead the development of key and
fundamental technologies, driving the nation's future
in the era of infinite technological competition.
We lead the development of key and fundamental technologies, driving the nation's future in the era of infinite technological competition.
HOME
GIST-InnoCORE, 빛의 회전 방향 구별하고 기억하는 복합 고분자 소재 개발… 복제 어려운 '전기 지문' 구현
Author
전기전자컴퓨터공학부
Views
51
Registraion Date
2026-09-21
[홈페이지+게시]+260915+GIST+이영택+학생,+‘2026년도+대통령과학장학생‘+선정+-+게시.pdf
[그림+1]+‘P-나선형’과+‘M-나선형’+고분자+나노와이어의+구조와+카이랄+광학+특성.jpg
PREV Article
“빛이 과도하게 모이는 이유, 수치해석으로 접근한다” GIST 학부생, 한국전산응용수학회 '우수 발표상' 수상
2026-09-28
NEXT Article
“새로운 소리 배워도 기존 소리 인식 능력은 그대로“ GIST-한화비전, 국제 음향 AI 경진대회 ‘DCASE 2026‘ 세계 1위
2026-09-10
Menu