22 research outputs found

    Transnational communities for dismantling detention: From Manus Island to the UK

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    Behrouz Boochani published No Friend but the Mountains: Writing From Manus Prison in 2018 which went on to win the 2019 Victorian Prize for Literature while he was still incarcerated in Manus Prison. Since its publication the book has attracted a great deal of worldwide attention, particualrly from UK academics – it was released in the UK in 2019. Prior to winning Australia’s richest literary award his film Chauka, Please Tell Us the Time had its world premiere at the Sydney Film Festival and its international premiere at the BFI London Film Festival. The feature-length film has also been screened at numerous UK universities. In February 2020 Behrouz and translator Omid Tofighian engaged with academics and activists in the UK over a series of events; this article is an edited version of various conversations that emerged from these collaborations and critically discusses the global nature of border violence and the colonial ideology at the heart of immigration detention

    No Friend but the Mountains: Writing from Manus Prison

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    Effect of Si and Ge Surface Doping on the Be2C Monolayer: Case Study on Electrical and Optical Properties

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    The electronic and optical properties of X (Si, Ge) doped Be2C monolayer has been investigated using the all-electron full potential linear augmented plane wave (FP-LAPW+lo) method in a scalar relativistic version as embodied in the Wien2k code based on the density functional theory. Using cohesive energy calculation, it has been shown that the Si and Ge doped to Be2C monolayer have stable structures and the doping processes modified the direct band gaps. The calculated electronic band structure confirm the direct band gap nature since the conduction band minimum and the valence band maximum are located at the center of the Brillouin zone. The total and partial density of states help to gain further information regarding the hybridizations and the orbitals which control the energy band gap. The calculated optical properties help to gain deep insight into the electronic structure. Our calculated results indicate that the X (Si, Ge) doped Be2C monolayer can be have potential application in optoelectronics devices
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