An Atomic-Scale Explanation for The High Selectivity Towards #CarbonDioxide Reduction Observed On Liquid Metal Catalysts (Nicola Gaston and co-workers) @CharlieRuffman#openaccess https://t.co/HrNYxynYZz
Liquid metals could be the long-awaited solution to “greening” the chemical industry, according to researchers who tested a new technique they hope can replace energy-intensive chemical engineering processes harking back to the early 20th century
https://t.co/ss9fof3h1X
Could the dynamic motion of a catalyst be important to surface reactions? For liquid metals: yes! Here's some work around a new approach to model adsorption to dynamic materials. https://t.co/hJbuRJKrWR
🚨PhD and Research Assistant Opportunities🚨
My group in organic and biological chemistry at University of @Otago has a FULLY FUNDED PhD SCHOLARSHIP (35k NZD p.a.+ tuition fees), on origins of life chemistry.
We are also hiring a research associate. Details below.
Please RT.
Please RT: We have a fully funded PhD scholarship available to work on our Marsden Fast Start project "A Molecular Machine-Based Approach to Artificial Photosynthesis". NZ$35,000 p.a. (tax free) stipend for 3 years.
Delighted to be promoted to Assoc. Prof. @otago! But also sheepish, as my successes are not mine but those of my amazing group of students, and helped by a weighty support network (looking at you @MacDiarmidInsti, @CrowleyGroup, @nicgaston et al). Thanks team, you're the best ❤️