미래 직업 종사자들의 세대 추세는 자신들의 경력개발 초기 단계에 있어 사전적인 대책을 강구해야 하는 사람으로 점점 늘어 갈 것이다. 집단, 혹은 단체의 인적자원관리(HRM)를 적용 하기 전에 자신의 경력개발 형성을 위한 사전 단계들을 미리 예측하고 개 개인의 특성을 보다 잘 이해야 할 필요도 있다. 따라서 현재의 연구는 미래의 핵심 직업 종사자들의 중재로 내적통제소재 (Internal Locus of Control) 가 능동적인 직업 행동 (Proactive Career Behaviors) 들을 실현 할 것 이라고 가설 하고 있다 (N=238). 결과를 종합해 보자면 미래의 직업세계에는 자신들의 대한 분명한 표현과 미래 직업의 적극적인 소유욕을 유도하는 동기부여들을 활용해야 한다고 시사하고 있다.

This paper will discuss the role of humanship in marketing non-profit, for-profit, and public policy. Humanship is defined as leadership in one’s life or self-sponsorship through finding an optimal balance between awareness and action by focusing on one’s internal locus of control. In essence, it reflects the need to bring the ‘human’ back to the center stage as the end and not just the means to service, product, and policy delivery. In addition, strengths perspective is presented as the theoretical foundation of branding of such human strength—highlighting the benefit of tapping into one’s strengths in generating positive program outcomes (non-profit), favorable product image and increased sales (for-profit), and improved policy impact (public policy). The added value of branding humanship has to do with the consumers’ shift in seeking the virtues that define quality of life, happiness, and meaning in life as they relate to services, products, and policies. Since of the inception of the Association for Consumer Research (ACR) with the mission “to improve the quality of life and well-being of consumers,” consumer researchers contributed to Consumer Transformative Research (TCR) movement have investigated various areas of social problems such as poverty (Blocker, Ruth, Sridharan, Beckwith, Ekici, Goudie-Hutton, et al., 2013), health (Criag, Burton, & Netemeyer, 2009; Grier & Kumanyika, 2009; Anderson & Ozanne, 2009), motivation (Burroughs, Chaplin, Pandelaere, Norton, Ordabayeva, Gunz, & Dinauer, 2013) as well as multiple methodological considerations. There is much more to be done in this arena for future TCR research and application of humanship as a new concept to make the human agent the empowered driver of non-profit, for-profit, and public decisions for whom the ultimate benefits will return. The human-centered approach empowers the consumers and will ultimately closes the gap in the principal-agent dilemma—who is the end beneficiary—in the ever more contracted out development of services, products and policies in the context of seller- buyer relationships. This requires transforming the traditional model of focusing on the ‘how’ through transactional relationships—normalized by the ‘give and take’ interactions in market economy—to a new model that values the question of ‘why’ consumers will decide to use the services, products, and policies. Therefore, branding based on humanship becomes a significant strategy in any organizational management. This paper discusses benefits and challenges of branding human strength are discussed in the context of working with low-income consumers through two case studies: Transforming Impossible into Possible (TIP) in Chicago, USA and DAIL Community in South Korea.

The Long Baseline Array is an array of radio telescopes using the technique of Very Long Baseline Interferometry to achieve milli-arcsecond-scale angular resolution. The core telescopes are located in Australia, with telescopes in New Zealand and South Africa also participating regularly. In this paper the capabilities of the Long Baseline Array are described, and examples of the science undertaken with the array are given.

The Australia Telescope National Facility (ATNF) consists of the Parkes and Mopra radio telescopes, and the Australia Telescope Compact Array, with the first elements of the wide-field Australian Square Kilometer Array Pathnder (ASKAP), currently being commissioned. The capabilities of these facilities are described.

시각예술가인 저자는 자신의 드로잉과 설치작업 세계를 이해하기 위한 통찰을 제시하고자 한다. 저자는 미적-예술적 선과 대립되는 과학적-기술적 선의 현상과 효과를 고찰하고자 하면서, 발생할 수 있는 어떠한 유추에 대해 설명하고자 한다. 제도가로서 저자가 참고하는 자료들이 가지고 있는 과학적인 문제에 접근한다면 어떤 일이 생길까? 그것은 추측일까 혹은 인식일까? 선을 보다 구체적으로 다루려는 의도에서 저자는 예술적 그리고 과학적 관점에서 기하학의 근원적인 문제를 해결하고자 시도하였다. 저자는 일종의 번역작업으로 유클리드의 원리와 구성적 기술에 근거한 증명의 계도 형식의 도형을 만들고, 이 도형을 드로잉에 반영하고 있다. 저자는 드로잉 혹은 설치작업이 다양한 요소와 층위를 전개시키면서 본질적으로는 자체적으로 구성됨을 보여주고자 한다.

New Jersey Institute of Technology (NJIT), in collaboration with the University of Hawaii (UH), is upgrading Big Bear Solar Observatory (BBSO) by replacing its principal, 65 cm aperture telescope with a modern, off-axis 1.6 m clear aperture instrument from a 1.7 m blank. The new telescope offers a significant incremental improvement in ground-based infrared and high angular resolution capabilities, and enhances our continuing program to understand photospheric magneto-convection and chromospheric dynamics. These are the drivers for what is broadly called space weather - an important problem, which impacts human technologies and life on earth. This New Solar Telescope (NST) will use the existing BBSO pedestal, pier and observatory building, which will be modified to accept the larger open telescope structure. It will be operated together with our 10 inch (for larger field-of-view vector magnetograms, Ca II K and Ha observations) and Singer-Link (full disk Hα, Ca II K and white light) synoptic telescopes. The NST optical and software control design will be similar to the existing SOLARC (UH) and the planned Advanced Technology Solar Telescope (ATST) facility led by the National Solar Observatory (NSO) - all three are off-axis designs. The NST will be available to guest observers and will continue BBSO's open data policy. The polishing of the primary will be done in partnership with the University of Arizona Mirror Lab, where their proof-of-concept for figuring 8 m pieces of 20 m nighttime telescopes will be the NST's primary mirror. We plan for the NST's first light in late 2005. This new telescope will be the largest aperture solar telescope, and the largest aperture off-axis telescope, located in one of the best observing sites. It will enable new, cutting edge science. The scientific results will be extremely important to space weather and global climate change research.