
Joe Goodall
@jc_goodall
✝️ | PDRA in the Johnson Group at @BathChem | Organometallic Synthesis and Materials
ID: 1239189629326299143
15-03-2020 14:00:19
168 Tweet
155 Followers
624 Following


PhD advert 📢 We have some last minute PhD funding available to start in October 2024 to work in main group chemistry and catalysis. Please share with anyone who might be interested and contact me directly (unfortunately UK funding only) UoBChemistry


Thrilled to bits to see this out, my first corresponding author publication. Thanks to Sam Neale Dr Claire McMullin Mary Mahon and of course Big Mike for helping make this happen Chemical Communications pubs.rsc.org/en/content/art…

Wouldn't it be great to take common waste plastics like PE and PP and break them back down to high value building blocks? We're excited to share our new method using base metal catalysts in Science Magazine! science.org/doi/10.1126/sc…

Now the ink has dried I’m super happy to announce that I’ll be starting as a lecturer at the University of Bath this October. Looking forward to making lots of heterometallic nanoclusters to see what they can catalyse. Website to follow, watch this space. University of Bath Chemistry@Bath Uni

Our second highlight of the day focuses on the exciting work of Jason Lynam at York. They are doing some really cool chemistry with Mn including for C-H activation. pubs.rsc.org/en/content/art…






Our latest SMOM paper now out in J. Am. Chem. Soc.. Single-crystal to single-crystal methane and ethane activation at an Ir-pincer complex. Molecular solid-state reactivity, neutron-diffraction, SSNMR, Periodic-DFT & inverse isotope effects. With The Macgregor Group pubs.acs.org/doi/10.1021/ja…

🚨Upcoming postdoc position🚨 Thanks to The Leverhulme Trust we will soon be recruiting a new PDRA to study some unusual redox-active Lewis acid chemistry. Full advert to follow soon, but in the meantime please feel free to get in touch if interested!



Just out in DaltonTransactions : Alkylzinc-Mediated Transmetallation of a Calcium Hydride. An extension of our approach to access [LCaMe]2 - facilitating access to organocalcium dimers with differentiated functionalities. pubs.rsc.org/en/content/art…


