Yun jung hoon biography graphic organizer
Mudang Sung Park (he/him) was born in Seoul, Korea, and immigrated to the Ridgewood/Bushwick area with his family when he was young. Growing up, they were the only Korean family—or East Asian family, for that matter—for blocks around, and although Sung tried his best to reproduce the joys of his Korean childhood from within New York, his new environment slowly changed aspects of his personality. Encountering racism as a child, he became withdrawn, and was disappointed that the racism followed him into college, where he was battered with microaggressions ranging from compliments to his English, to students touching his soft hair.
Sung always knew that he was born in the wrong body, but being “queer” was something he attributed to whiteness. And there was another complication to his gender: like many Korean Americans, Sung grew up in the church, and came from a family of ministers. After college, he went to seminary, where he obtained a divinity degree, and was under care at a church to be ordained when his father suddenly passed. He wanted to honor him, but because his family had stopped practicing traditional rites long ago, didn’t know how to, and left ministry, having grown resentful of the ways in which the church prohibited indigenous practices in Korea. Wanting to relearn the practices of his spiritual heritage, he sought out a mudang to mentor him in musok, and was surprised to learn that he came from a lineage of not only ministers, but mudangs as well. He doesn’t know of other trans men who are mudang, and isn’t sure if there’s a significance to his gender and his spirituality, but he feels that there must be one, as coming into the musok tradition has felt like a second homecoming into the queer Korean American community.
Atomic Spalling of a van der Waals Nanomembrane
Conspectus
The vertical integration of van der Waals nanomembranes (vdW NMs), composed of two-dimensional (2D) layered materials and three-dimensional (3D) freestanding films with vdW surfaces, opens new avenues for exploring novel physical phenomena and offers a promising pathway for prototyping ultrathin, superior-performance electronic and optoelectronic applications with unique functionalities. Achieving the desired functionality through vdW integration necessitates the production of high-quality individual vdW NMs, which is a fundamental prerequisite. A profound understanding of the synthetic strategies for vdW NMs, along with their fundamental working principles, is crucial in guiding the experimental design toward 3D integrated heterostructures. The foremost synthetic challenges in fabricating high-quality vdW NMs are achieving exact control over thickness and ensuring surface planarity on the atomic scale. Despite the development of numerous chemical and mechanical approaches to tackle these issues, an all-encompassing solution has yet to be realized. To address these challenges, we have developed advanced spalling techniques, specifically known as atomic spalling or 2D material-based layer transfer, which emerge as a promising technology for achieving both atomically precise thickness-engineered and atomically smooth vdW NMs. These techniques involve engineering the interfacial fracture toughness and strain energy in the vdW system, allowing for precise control over the initiation and the propagation of cracks within the vdW material based on controlled spalling theory.
In this Account, we summarize our recent advancements in the atomic precision spalling technique for the preparation of vdW NMs and their applications. We begin by introducing the fundamentals of advanced spalling techniques, which are based on spalling mode fracture in bilayer systems. Following this, we succinctly describe the prepara I am the W.J. &#;Jerry&#; Sanders III &#; Advanced Micro Devices, Inc. Endowed Chair Professor at the University of Illinois, Urbana-Champaign and a fellow of ACM, IEEE, and NAI. From to , I took a leave of absence and as a Sr. Vice President at a major memory manufacturing company I led the development of next-generation DRAM products, including the industry's first HBM-PIM that will play a significant role in shaping the future computing landscape. Prior to joining the University of Illinois in the fall of , I was an associate professor at the University of Wisconsin, Madison where I was early-tenured in My interdisciplinary research incorporates device, circuit, architecture, and software for power-efficient computing. Prior to joining the University of Wisconsin, Madison, I was a senior research scientist at Intel from to , where I conducted research in power-efficient digital circuit and process architecture. I have published more than refereed articles to highly-selective conferences and journals in the field of digital circuit, processor architecture, and computer-aided design. The top three most frequently cited papers have more than citations and the total number of citations of all my papers exceeds I was a recipient of the IEEE Design Automation Conference (DAC) Student Design Contest Award in , Intel Fellowship in , the IEEE International Symposium on Microarchitecture (MICRO) Best Paper Award in , NSF CAREER Award in , IBM Faculty Award in and , the University of Wisconsin Villas Associates Award in , ACM/IEEE Most Influential International Symposium on Computer Architecture (ISCA) Paper Award in , and SIGMICRO Test of Ti South Korean entertainment company Native name Traded as Seoul South Korea Number of locations Key people Operating income Number of employees RBW (Korean:&#;알비더블유; an acronym for Rainbow Bridge World) is a South Korean entertainment company founded by Kim Jin-woo (김진우) and Kim Do-hoon (김도훈). The company has multiple subsidiaries, including DSP Media, WM Entertainment, Urban Works Media, and the IP management company Contents X. One of the leading entertainment companies in South Korea, RBW operates as a record label, talent agency, music production company, event management company, concert production company, and music publishing house. In addition, the company operates various subsidiary ventures and divisions worldwide. Including all its subsidiary labels, RBW is home to many notable artists under the agency such as the groups Mamamoo, KARA, B1A4, Oh My Girl, KARD, ONF, Oneus, Onewe, Purple Kiss, Young Posse and the soloist Chaeyeon. Nam Sung Kim
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RBW (company)
(주)알비더블유 Company type Public KRX: Industry Music Genre Predecessor Founded March&#;5, ; 14 years ago&#;()
(as Rainbowbridge Agency)
March&#;6, ; 9 years ago&#;()
(as RBW)Founder Kim Jin-woo Headquarters
RBW Tower, Jayang-ro, Gwangjin-gu, Seoul, South Korea
B1, gil 7, Janghan-ro, Dongdaemun-gu, Seoul, South Korea
3F, , Higashiyama, Meguro-ku, Tokyo, JapanRevenue ₩ billion () ₩ billion () Owner (as of ) Subsidiaries See below Website History
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