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Deep beneath southern China, JUNO has launched one of the most ambitious neutrino experiments in history. With its massive 20,000-ton liquid scintillator detector now operational, it’s poised to answer one of particle physics’ greatest mysteries: the true ordering of neutrino masses. Built over more than a decade and involving hundreds of scientists worldwide, JUNO not only promises to resolve questions about the building blocks of matter but also to open entirely new frontiers—from exploring signals of supernovae to hunting for evidence of exotic physics.

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RSS Feed Source: Science Daily

The Carbon Credit Assessment Framework aims to develop a computational environment that integrates environmental and economic perspectives to support the analysis of alternative technological pathways in offshore production. The project focuses on the conceptual modeling of offshore production chains, the elicitation of environmental parameters, and the development of tools for quantitatively assessing GHG emissions. These tools will be integrated with economic risk assessments (carried out by other team members) to support decision-making and the adoption of efficient emission reduction strategies.

Development of a conceptual description of offshore production chains through knowledge representation techniques, focusing on environmental parameters. Development of mathematical tools for quantitative assessment of GHG emissions along the production chains. Conducting and supporting the implementation of case studies to test and evaluate the developed systems. Support in supervising the Technical Training scholarship holders responsible for system development.

PhD in fields related

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