Professor Geoff Ozin asks: do we want to fight carbon dioxide, or embrace it?
Geoffrey A. Ozin received a B.Sc. in chemistry from King’s College London in 1965 and a D.Phil. in inorganic chemistry from the University of Oxford in 1967. He was ICI Fellow at the University of Southampton from 1967 to 1969 before joining the University of Toronto in 1969; he became Full Professor in 1977 and University Professor in 2001 and has been named Government of Canada Research Chair in Materials Chemistry. He is Honorary Professorial Fellow at The Royal Institution of Great Britain and University College London and Guest Professor at Karlsruhe Institute of Technology. More details are available at the research group’s homepage.
What can we do if the IPCC’s response to climate change – assessment of risk, vulnerability, mitigation, adaptation and cost – fails to deliver?
Professor Geoff Ozin highlights the latest in a series of collaborations between himself and artist Todd Siler.
Geoff Ozin asks if carbon dioxide capture and utilization, a potential solution to the CO2 problem, is feasible with today’s photo-conversion technology.
Guest writer Professor Geoff Ozin tells us about the inaugural ArtNano show which will be held at The Armory Show, Pier 94, New York, on March 6-9th.
Guest writer Geoffrey Ozin, of the University of Toronto, addresses the difficult problem of reproducing synthesis results in nanochemistry.
Revealing hidden information in digital images
Quantitative information is of great importance within manufacturing and quality control, bringing objectivity and confidence to the decision-making process. Under the correct conditions, an image acquired with light microscopy will contain a wealth of information, but the trick is how to extract and utilise this effectively.
Our latest white paper, brought to you by Olympus, covers many of these methods, focusing on the importance of software throughout the entire workflow.
The teams responsible for leading materials journals such as Advanced Materials, Macromolecular Rapid Communications, and physica status solidi RRL are expanding Mand have editorial positions available in each of our locations.
Advanced Materials Interfaces has been launched as a new journal: click here to find out more and enjoy free access to top papers
Conduction-cooled fiber-coupled diode laser module based on diode laser bars which delivers 32 Watt at a wavelength of 793 nm from a 105-micron fiber core with a numerical aperture (NA) of <0.22.
Particle is an international, peer-reviewed, interdisciplinary journal, focusing on all aspects of particle research. Open for submissions now!