• Korean Architects
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• no.4 s.169
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• pp.27-50
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• 1983

• 건강소식
• /
• v.29 no.4 s.317
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• pp.10-11
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• 2005

• The Korean Publising Journal, Monthly
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• s.253
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• pp.17-17
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• 1999

정치인의 세계와 지식인의 세계는 다른가. 전혀 다르지 않다. 이걸 널리 알리는 게 필요하다. 참여적 지식인의 모델로서 촘스키가 촘스키만으로 끝날 수밖에 없다는 것이 안타깝지만, 이 책은 지나치게 이론에 몰두하는 한국 진보적 지식인이 꼭 읽어야 할 필독서임에 틀림없다.

• The Research Journal of the Costume Culture
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• v.28 no.5
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• pp.692-704
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• 2020

The aim of this study is to select MLMA and Noen Eubanks as representatives of Gen Z's unique subculture 'E-girl' and 'E-boy' to analyze fashion images and determine their meaning through the perspective of persona. To conduct this study, a literature review and case studies were combined and fashion images of E-girl and E-boy appearing on social media were analyzed to identify the personas they expressed. A case study of MLMA and Noen Eubanks' Instagram and TikTok account posts showed that grotesque, kitsch, and gender-related images stand out. The digital personae demonstrated by E-girl and E-boy fashion images were demonstrated to be a strange persona that reject perfect beauty and a playful persona escaping from reality and anxiety. Lastly persona of individual identity was shown to be formed. This study provides a basis for understanding and interpreting Gen Z's culture and aesthetics that will lead to future trends. Based on this study, I hope that various studies on E-girl and E-boy apparel will be conducted, and that by understanding the importance of E-girl and E-boy culture for Gen Z (which is paying attention to fashion trends), this can be used as a marketing strategy to consider their characteristics, with data used to inform design development.

• Transactions of the Korean Society of Mechanical Engineers A
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• v.35 no.12
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• pp.1573-1578
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• 2011

In this study, a novel electromagnetic microrobot system with locomotion and drilling functions in threedimensional space was developed. Because of size limitations, the microrobot does not have actuator, battery, and controller. Therefore, an electromagnetic actuation (EMA) system was used to drive the robot. The proposed EMA system consists of three rectangular Helmholtz coil pairs in x-, y- and z-axes and a Maxwell coil pair in the z-axis. The magnetic field generated in the EMA coil system could be controlled by the input current of the EMA coil. Finally, through various experiments, the locomotion and drilling performances of the proposed EMA microrobot system were verified.