Topic: carbon capture

GHGT-18 is an international forum for carbon capture, utilisation and storage, bringing together scientific research, demonstration projects, business strategy and policy across the CCUS value chain. The programme includes keynote and plenary talks, technical sessions, panel discussions, a business stream, poster sessions and networking, with more than 1,000 delegates expected. IEAGHG organises the conference, co-hosted by Australian Energy Producers, CO2CRC, CSIRO and Geoscience Australia.

This research conference examines how to model physical interactions at flat interfaces in two-dimensional materials, thin films and metal surfaces. It addresses lattice mismatch and moiré systems, machine-learning interatomic potentials, and prediction of vibrational and electronic properties. Invited talks, short presentations and a panel connect scalable atomistic methods to materials discovery and composition optimization, including applications in carbon capture, alternatives to persistent chemicals and solar-energy materials. Researchers from academia and industry will discuss common acc

Two faculty vacancies advertised together, with tenure-track or tenured appointments expected for the 2027–28 academic year. Develop an independent funded research programme using biochemical, computational and AI approaches to protein, enzyme, metabolic or nucleic-acid engineering. Environmental applications include carbon capture, remediation, biosensors and waste-based biomanufacturing. Responsibilities include teaching, mentoring and service. Full consideration is by 1 November 2026, followed by continued review until filled.

Omar M. Yaghi examines how reticular chemistry changes the scale and diversity of materials that chemists can design. By joining molecular building blocks into extended structures, researchers have developed large families of metal–organic frameworks and covalent organic frameworks with tunable internal spaces and functions. The lecture asks how artificial intelligence and robotics could accelerate the preparation and exploration of these materials, moving chemical discovery from scarcity toward abundance. Yaghi connects this approach to carbon capture and the collection of water from air, bu