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Energy

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…thermodynamic research across energy, sustainability, gas hydrates, pharmaceutical materials, phase equilibria, polymers, metals, ionic fluids and complex fluids. Further topics include interfaces, confinement, modelling, simulation and measurement methods. The International Association of Chemical Thermodynamics oversees the biennial series, with FEnEx CRC delivering the Perth edition. Plenary, keynote and contributed presentations combine research talks with questions. Abstract submissions run from 1 December 2026 t

Aug 15–19, 2027

Conference · Thermodynamics

This fellowship connects research on climate, energy and environmental issues with policy and public impact. Fellows undertake a mentored research project and an impact-focused capstone while joining interdisciplinary training, retreats and peer-support activities. The programme develops skills in policy translation, public communication, community engagement and research leadership. It provides salary and benefits plus a $6,000 research-support stipend. Core programme activities last one year, with possible extension if funds permit. Applicants use the UC President’s Postdoctoral Fellowship a

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Grant · Climate Science

Vanadium-based medicines & sustainable labs

The Chemical Breakdown · 2026

…changes in water use, plastics, energy, solvents and other materials. The discussion connects medicinal chemistry with practical questions about making laboratory work more sustainable.

Podcast episode · Medicinal Chemistry

…computing capacity, expertise and energy. The lecture argues that these decisions, rather than autonomous technological inevitability, influence the distribution of AI’s benefits and harms in an already unequal society. It presents a framework for understanding AI capabilities and considers democratic control of objectives and public oversight as responses to those c

Thu, Mar 5, 2026 · 17:00 UTC

Seminar · Artificial Intelligence

NMC4 Keynote: A network perspective on cognitive effort

Dani Bassett · University of Pennsylvania

…The theory describes how much energy is required to move the brain from one activity state to another, when activity is constrained to pass along physical pathway

Wed, Dec 1, 2021 · 03:00 UTC

Seminar · Cognition