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At present, a great deal of the scholarly research on Indonesia focuses on the processes of Islamisation. This paper will discuss a phenomenon that seems to point in a different direction, namely the contemporary reconfiguration of dukun /spiritual experts called paranormal. These mystics indicate a peculiar form of pluralism. They are an assemblage of tradition and modernity, locality and translocality, religion and mysticism, spirituality and business, and global esotericism and popular psychology. Most of them belong to the urban middle class, are highly professional, and make extensive use of modern mass media to advertise their supernatural skills. Yet, how do they position themselves in Indonesian and global cultural contexts? This paper identifies the ongoing ambivalence between cosmopolitan ideas and their rupture in polarising, orientalist, and occidentalist imaginaries. Finally, a new understanding of cosmopolitanism is suggested that expands the reference beyond the world of humans by also including a plurality of supernatural powers. [ABSTRACT FROM AUTHOR]

Geospatial analysis is useful for mapping the potential of renewables like solar PV. However, recent studies do not address PV's bankable potential for which project financing can be secured. This paper proposes a framework that incorporates project finance into geospatial analyses to obtain the bankable potential of renewables. We demonstrate our framework for Indonesia, and compare the bankable potential with the socio-economic potential mostly used in literature. Using average inputs On average, the technical potential is 12,200 TWh/year and the socio-economic potential is 152.7 TWh/year if capped by 2030 demand (34% coverage). Considering PV's financing risks, PV's bankable potential is 16.0 TWh under current conditions if capped by 2030 demand (3.6% coverage). Both economic potentials are mainly in East Indonesia and absent on Java due to tariffs and land availability. For the bankable potential, the risk perception by banks and investors is another key influence. With a feed-in tariff of 11.5 US¢(2021)/kWh and temporary lift of import restrictions, the bankable potential is 23 TWh if capped by 2030 demand (5.2% coverage) and spreads to Java. For more widespread bankability, additional temporary measures are recommended until the PV's costs have decreased further and trust by financial institutions has increased. • Geospatial analysis with project finance for PV's bankable potential in Indonesia. • Technical PV potential (8,077 TWh/year) meets future demand in all areas but Java. • Up to 26.2 TWh/year bankable under current conditions, mostly in rural areas. • Short-term policies spread potential to rest of country (up to 348.6 TWh/year). [ABSTRACT FROM AUTHOR]

In this paper, we investigate long-crested wave evolution over a cross-section of non-monotone bathymetry. The bathymetry is from an area with an isolated shallow seamount on the south coast of Java Indonesia near Glagah port. We will investigate waves with a significant wave height (H s) of 2 m and more energetic waves of 4 m over a cross-section through the top of the seamount that is only 2 m under sea level and located 8 km from the coast. The wave simulations over a 12 km long cross-section to the beach are used to determine the numerical and physical aspects of the wave transformation over bathymetry, including breaking properties, the effect of bottom friction, and differences between second and third order simulations. This study used HAWASSI software for irrotational fluid dynamics with a Fourier spectral method implementation. Crossing the top of the seamount leads to a transformation from the wind waves into a downward running flow described by very long infragravity (IG) waves that persist until the nearshore area with the run-up area of the coast. [ABSTRACT FROM AUTHOR]