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Direct Air Carbon Capture and Storage
What is Direct Air Carbon Capture and Storage (DACCS) and could it be a game changer in climate policy? In this policy brief, we answer these and further questions.
Re-Centering Women in Tourism
Re-Centering Women in Tourism: Anti-Colonial Feminist Studies addresses tourism as simultaneously empowering women and reproducing colonial hierarchies. This volume contributes to conversations on the engagement of women in tourism by centering women’s multivalent lived experiences—as hosts, liaisons, vendors, performers, producers, and consumers—in tourism projects. Examining eco-tourism, craft production, and food tourism initiatives, the contributors embrace the building of new knowledge and advocate for change. By centering women and their experiences through epistemological lenses that encompass colonial histories and economics, this collection reframes the very presuppositions on which tourism initiatives are based and helps imagine sustainable and regenerative alternatives. For more information, check out A Conversation with Frances Julia Riemer, Editor of Re-Centering Women in Tourism: Anti-Colonial Feminist Studies
Direct Air Carbon Capture and Storage
Was ist Direct Air Carbon Capture and Storage (DACCS) und kann die Methode ein Gamechanger in der Klimapolitik werden? Diese und weitere Fragen beantworten wir in diesem Policy Brief .
Grazer Zeitung
None
Thermodynamics in Trapped Ion Quantum Processors
As noisy intermediate-scale quantum (NISQ) processors are becoming more widely available, techniques are being developed for scalable benchmarking of such systems. Thermodynamics-based methods form a very suitable complementary toolset as they naturally scale for larger numbers of particles. The established concept of passivity has thus far not been used to set bounds on the evolution of microscopic systems initialized in thermal states. In this work, I employ two passivity-related frameworks to sense the coupling to an otherwise undetected environment, which is coined a heat leak. For the application of both frameworks, global passivity and passivity deformation, two system qubits are undergoing unitary evolution. The optional coupling to a third environmental qubit is detected as non-unitary evolution of the system qubits. Important for the experimental realization of these thermodynamic algorithms is fast initialization of qubits in thermal (incoherent) states, which I added to the toolbox of the trapped ion platform. The employed quantum processor is based in a segmented linear ion trap, making use of high-fidelity laser-driven operations, and featuring
