Gondang: Jurnal Seni dan Budaya
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    Designing Interactive Media for the Introduction of Visual Language on Kresnayana Relief in Prambanan

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    Prambanan Temple in Yogyakarta is one of Indonesia\u27s most meaningful and historic cultural heritages. One of the most impressive elements of the temple is the Kresnayana Relief, which depicts the epic story of Lord Vishnu transforming into Kresna. This relief has high artistic and historical value, but understanding and appreciation of the story is often limited. This research aims to design an interactive media that combines visual language with modern technology, focusing on the Kresnayana Relief. Through literature studies, surveys, interviews, and visual art analysis, we understand the story of the Kresnayana Relief and the interest of visitors to Prambanan Temple in interactive media. The result of this research is an interactive media prototype designed to provide an immersive experience in understanding the Kresnayana Relief story. The prototype includes a user-friendly interface, visual animation, narration, and audio elements that aim to enhance visitors\u27 understanding and appreciation of this relief

    Characteristics of Worship Music at HKBP Simpang Limun Medan Church

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    This research discusses the characteristics of worship music at the HKBP Simpang Limun Church in Medan, focusing on the evolution of the presentation of worship music which has now shifted to contemporary music. This transformation can be clearly seen in the use of modern musical instruments such as keyboards, acoustic guitars, bass guitars, drums and saxophones which have replaced the monotony of a single organ in the presentation of worship music. These changes not only create a richer variety in musical expression, but also enrich the worship experience for the congregation, reflecting the church\u27s adaptability in responding to changing times. The purpose of this research is to determine the characteristics of worship music at the HKBP Simpang Limun Church, Medan. The research was conducted at the HKBP Simpang Limun Medan church, Jl. Brother No.30 Sudirejo II, Medan City District, Medan, North Sumatra. The approach used in this research is qualitative with a descriptive type where data is collected using observation, interviews, documentation and literature study methods. Based on the research results, it can be seen the characteristics of the music used in worship at the HKBP Simpang Limun church in terms of style, genres, textual, composition, transmission, movement

    Manipulative Figure of Kabut Asap Character in Mata Air Mata Drama Play of Lab Teater Ciputat

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    The issue of manipulation in the problem of environmental damage is a topic that never expires. Literary works as a medium to disseminate good values ​​and morals in life. One of them is the drama script Mata Air Mata (MAM) by Lab Teater Ciputat which raises environmental issues. Dissemination of this good message can be done because the MAM script is a collection of collective unconsciousness that needs to be traced to the markers and signifieds of the characters it presents. This study will discuss the collective unconsciousness in the form of archetypes, semiotic archetypes, and character ideologies from an ecocritical perspective, in the MAM drama script. The limitation of the problem focuses on the dominant archetype of each character in the MAM drama script, namely the character of Kabut Asap. The research methodology uses qualitative descriptive. The discussion uses the theory of the collective unconscious of Carl Gustav Jung and the semiotics of Charles Sanders Peirce. The results of this study show that the dominant archetype of the Kabut Asap character, namely the trickster, shows the ideology of anthropocentrism

    The Symbolic Meaning of Upuh Ulen-Ulen Cloth in the Socio-Cultural Context of Central Aceh Society

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    Upuh ulen-ulen cloth is traditional clothing of the Gayonese people which has a karawang gayo motif in it. The Karawang Gayo motif is philosophical and has various functions that are adapted to the lives of local people. The aims of this research are to 1) reveal the meaning of the upuh ulen ulen cloth in traditional marriages, 2) reveal the symbolic meaning of the upuh ulen ulen clothing, 3) reveal the cultural value of upuh ulen ulen in everyday life. The approach used in this research is descriptive qualitative. Data collection techniques are carried out through observation, interviews and documentation. The subjects in this research were 6 people consisting of Gayo cultural figures and artists, MAG commissioners, teachers, entrepreneurs (farmers), and tailors. From the results of data analysis, it was found that the use of upuh ulen ulen cloth in marriage means a change in status, starting from becoming a husband and wife, and also the parents\u27 expectations for their child\u27s household life. Apart from that, the symbolic meaning of the upuh ulen ulen cloth is related to each symbol which has a philosophical meaning in the life of the Gayo community. Meanwhile, the cultural values ​​contained in the upuh ulen ulen cloth include customs and also values ​​found in social life

    Abschlussbericht

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    Zielsetzung des Projektes ist die Entwicklung einer marktfähigen Roboterplattform zur herbizidreduzierten Unkrautbekämpfung in Reihenkulturen sowie einer verbesserten Bandspritzeinrichtung für ein Feldspritzgerät. Beide Teilbereiche werden von der Praxis intensiv beobachtet und bieten nach erfolgreicher Praxiserprobung sehr gute Möglichkeiten zur Verringerung des Herbizideinsatzes in Reihenkulturen, insbesondere in Zuckerrüben. Zudem werden unterschiedliche Kombinationen aus mechanischer und chemischer Unkrautbekämpfung miteinander verglichen. Erkenntnisse werden der Politikberatung und der landwirtschaftliche Praxis zugänglich gemacht. Datei-Upload durch TIBThe objective of the project is to develop a marketable robot platform for herbicide-reduced weed control in row crops as well as an improved band spraying device for a crop protection sprayer. Both sub-areas are being intensively observed by practitioners and offer very good possibilities for reducing herbicide use in row crops, especially in sugar beet. In addition, different combinations of mechanical and chemical weed control are compared with each other. Findings from this will be made available to policy advisors and agricultural practitioners

    Abschlussbericht - Teil II - eingehende Darstellung

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    Abschlussbericht zum Vorhaben

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    Der Abschlussbericht beschreibt die im Rahmen des Verbund-Vorhabens erreichten Ziele. Diese sind insbesondere: An der QUANTUS-1 Apparatur: - Aufbau eines Lasersystems zur Durchführung von Doppel-Raman und Doppel-Bragg-Interferometrie - Demonstration von zwei simultanen Interferometern aus einer einzelnen BEC-Quelle zur Unterscheidung von Rotationen und Beschleunigungen - Einsatz und Charakterisierung eines Flat-Top Strahls für die Interferometrie - Aufbau eines kompakten Dipolfallen-Lasersystems bei einer Wellenlänge von 1064 nm - Umladen aus der Chipfalle in eine Dipolfalle, sowie Reduktion der Expansion durch optische Delta-Kick-Kollimation - Kohärente Strahlteilung und erste Interferometrie mittels des fern-resonanten Lichtgitters (1064 nm) An der QUANTUS-2 Apparatur: - Auswertung und Publikation der Ergebnisse zur magnetischen Linse und der Reduktion der kinetischen Energie auf T_kin = 38 pK - Erweiterung des Aufbaus zur Durchführung von Bragg-Interferometrie - Reduktion der beobachteten systematischen Effekte durch Beugung am Atomchip und parasitäre Reflexionen - Durchführung von Scherinterferometrie an magnetisch gelinsten BECs im Fallturm - Ausdehnung der Interferometerzeit auf > 1 s im assymmetrischen Mach-Zehnder Interferometer im Fallturm - Anpassung der Apparatur für den Einsatz auf dem Gravitower Bremen - Untersuchung der durch den Interferometerstrahl aufgeprägten Dichtemodulationen - Erzeugung und Beladen von RF-dressed Potentials (Shell-Geomertrien) am Boden und in Schwerelosigkeit Datei-Upload durch TIBThis report presents the achievements obtained from the collaborative project QUANTUS-V. In particular these are: for the QUANTUS-1 apparatus: - Construction of a laser system for performing double Raman and double Bragg interferometry - Demonstration of two simultaneous interferometers from a single BEC source to distinguish between rotations and accelerations - Use and characterization of a flat-top beam for interferometry - Construction of a compact dipole trap laser system at a wavelength of 1064 nm - Transfer from the chip trap to a dipole trap,as well as reduction of expansion through optical delta-kick collimation - Coherent beam splitting and first interferometry using the far-resonant light grid (1064 nm) for the QUANTUS-2 apparatus: - Evaluation and publication of the results on the magnetic lens and the reduction of the kinetic energy to T_kin = 38 pK - Expansion of the setup for carrying out Bragg interferometry - Reduction of the observed systematic effects due to diffraction on the atom chip and parasitic reflections - Carrying out shear interferometry on magnetically lensed BECs in the drop tower - Extension of the interferometer time to > 1 s in the asymmetric Mach-Zehnder interferometer in the drop tower - Adaptation of the apparatus for use on the Gravitower Bremen - Investigation of the density modulations imposed by the interferometer beam - Generation and loading of RF-dressed potentials (shell geometries) on the ground and in weightlessnes

    Konsortialbericht (Abschluss) 2024

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    1. Derzeitiger Stand von Wissenschaft und Technik - Die COVID-19-Pandemie hat die Entwicklung zahlreicher digitaler Instrumente für die Prognose und Verfolgung des Verlaufs von Epidemien und die Bewertung der Auswirkungen von Maßnahmen sowie der sozioökonomischen Folgen ausgelöst. Ein länderübergreifender, unterschiedliche Datenquellen integrierender und Vorhersagen treffender Ansatz ist derzeit noch nicht verfügbar. 2. Begründung/Zielsetzung der Untersuchung - Im Rahmen des Projekts AIOLOS wurde eine web-basierte multidimensionale Datenplattform entwickelt, die es ermöglicht, frühzeitig Ausbrüche von Infektionserkrankungen der Atemwege zu erkennen (ALERT), die Ausbreitung einer Epidemie und ihre Konsequenzen zu verfolgen (MONITOR) und den Einfluss und die Wirksamkeit verschiedener Interventionen und Maßnahmen zu simulieren, um damit die Entscheidungsfindung auf wissenschaftlicher und politischer Ebene zu unterstützen (DECIDE). 3. Methode - Das AIOLOS Dashboard führt vielseitige Daten unterschiedlicher Quellen aus Deutschland und Frankreich zusammen. Auf diesen Daten aufbauend wurden KI- Modelle entwickelt, um bessere Vorhersagen zum Verlauf des Infektionsgeschehens und zum Einfluss verschiedener Maßnahmen treffen zu können. 4. Ergebnis - Im ALERT Bereich des AIOLOS Dashboard werden Trendanalysen für Zeitreihen unterschiedlicher Indikatoren ausgegeben (z.B.: Abwasserdaten, Social Media Daten). Das Dashboard verfügt ferner über die Modalität, Schwellenwert-basierte Warnungen auszugeben, sowie vor neu auftretenden Virusvarianten zu warnen. Im Bereich MONITOR wurden Modelle zur Extrapolation von Fallzahlen, Hospitalisierungs- und Todesraten entwickelt. Im Bereich DECIDE konnte anhand historischer COVID-19 Daten analysiert werden, wie sich Maßnahmen wie social Distancing und breit angelegte Impfkampagnen auf die Pandemieentwicklung eindämmend ausgewirkt haben, die Übertragbarkeit dieses KI-Modells auf frühe Ausbruchsstadien eines anderen Erregers ist allerdings aufgrund der erregerspezifischen Krankheitsausbreitung unwahrscheinlich. 5. Schlussfolgerung/Anwendungsmöglichkeiten - Der binationale Ansatz hat verdeutlicht, wie stark sich die Datenlage beider Länder unterscheidet und den Bedarf an grenzüberschreitenden Lösungen zur Risikoprävention geschärft. Die sich rasant wandelnden Ausgangslage, bezüglich der Datenverfügbarkeit erschwert zusätzlich die Entwicklung eines stabilen Vorhersagetools. Von großer Bedeutung wäre z.B.: die Einführung eines stetigen und flächendeckenden Abwassermonitoring, um zuverlässige Vorhersagen treffen zu können. Datei-Upload durch TIB1. Current state of science and technology - The COVID-19 pandemic has triggered the development of numerous digital tools for forecasting and tracking the course of the pandemic and assessing the impact of measures and socio-economic consequences. A cross-national approach that integrates different data sources and makes predictions is not yet available. 2. Justification/objective of the study - In the frame of the AIOLOS project, a web-based multidimensional data platform was developed to enable early detection of outbreaks of respiratory infectious diseases (ALERT), to track the spread of an epidemic and its consequences (MONITOR) and to simulate the impact and effectiveness of different interventions and measures to support decision-making at scientific and policy level (DECIDE). 3. Method - The AIOLOS Dashboard brings together a wide range of data from various sources in Germany and France. Based on this data, AI models were developed in order to make better predictions about the course of the infection and the influence of various measures. 4. Result - The ALERT section of the AIOLOS dashboard displays trend analyses for time series of different indicators (e.g. wastewater data, social media data). The dashboard also has the option of issuing threshold-based warnings and warning of newly occurring virus variants. Within MONITOR, models were developed to extrapolate case numbers, hospitalization and death rates. In the DECIDE area, analysis of historical COVID-19 data showed how measures such as social distancing and broad-based vaccination campaigns have had a containment effect on the development of the pandemic, but the transferability of this AI model to early outbreak stages of another pathogen is unlikely due to the pathogen-specific spread of the disease. 5 Conclusion/possible applications - The binational approach has made it clear how much the data situation differs between the two countries and has sharpened the need for cross-border solutions for risk prevention. The rapidly changing initial situation with regard to data availability also makes the development of a stable forecasting tool more difficult. For example, the introduction of continuous and comprehensive wastewater monitoring would be of great importance in order to be able to make reliable predictions

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