Perancangan Knowledge Management System Berbasis Wiki untuk Pengelolaan Pengalaman Mahasiswa Praktik

Clinic practicum program of Faculty of Health, of Satya Wacana Christian University,  is one of the program with the purpose to carry on students\u27 clinic  learning which is integrated the theory and practical work at hospital. In the practical work, mental readiness of the students is one of the important factors to reduce the level of anxiety in facing with the real problem in practical work at hospital.  The problem that is often occurred is that the students hard to adapt with the hospital\u27s custom.  Therefore, in order to solve the problem, the action that has been chosen is to gain experience from the previous practicum students to richen knowledge and in the other hand, to reduce anxiety level and also to support the process of adaptation. This research discussed the way to design Knowledge Management System to process the experience of practicum students, in order to support the process of students\u27 adaptation, and to increase the tradition of clinic sharing experience among students. This research uses a qualitative manner with interview and observation as the method of collecting data. As the output, this research produce a wiki application that can be used   as the media to facilitate students in  sharing the knowledge which is expected to support the students adaptation process, also to increase the sharing tradition of clinic practicum  among students of Faculty of Health of Satya Wacana Christian University. &nbsp

Perancangan Prototype Virtual Museum Keraton Kasunanan Surakarta Hadiningrat Berbasis Web

Museum of Keraton Kasunanan Surakarta Hadiningrat is a museum located in Solo that saves a lot of cultural heritage objects of Java. But the limitation of time, cost, and location cause not everyone can see directly the objects, so the access to that objects are limited. Prototype Virtual Museum Keraton Kasunanan Surakarta Hadiningrat which utilize Web-based 3D Web Technology is expected to increase public accessibility to the historical objects as well as instructional media and the delivery of information interesting and interactive in order to preserve the cultural heritage and the development of Java

Broad Band Phase Sensitive Single InP Nanowire Photoconductive Terahertz Detectors

Terahertz time-domain spectroscopy (THz-TDS) has emerged as a powerful tool for materials characterization and imaging. A trend toward size reduction, higher component integration, and performance improvement for advanced THz-TDS systems is of increasing interest. The use of single semiconducting nanowires for terahertz (THz) detection is a nascent field that has great potential to realize future highly integrated THz systems. In order to develop such components, optimized material optoelectronic properties and careful device design are necessary. Here, we present antenna-optimized photoconductive detectors based on single InP nanowires with superior properties of high carrier mobility (∼1260 cm2 V-1 s-1) and low dark current (∼10 pA), which exhibit excellent sensitivity and broadband performance. We demonstrate that these nanowire THz detectors can provide high quality time-domain spectra for materials characterization in a THz-TDS system, a critical step toward future application in advanced THz-TDS system with high spectral and spatial resolution