
Matthew Evans
@evansinorganic
Postdoc @ChemistryMonash in the @Jones_Research lab. Former PhD student under @Coles_Lab and @DrAnkerLab.
ID: 1316898154428522496
http://www.isolobal.com 16-10-2020 00:26:08
844 Tweet
574 Followers
336 Following

Excited to present our artwork 😎 depicting a formally divalent terbium bis(amide) complex which exhibits slow magnetic relaxation 🧲. It got selected for the Front Cover! Thanks much! Link to the paper: pubs.acs.org/doi/full/10.10…… Demir Group MSU Chemistry ACS Publications


Our manuscript on unlocking the ambiphilicity of boryl anions is now published in J. Am. Chem. Soc. (pubs.acs.org/doi/full/10.10…)! Chonghe, Junyi, Xibao, and coworkers report the synthesis and reactivity of the first anionic diazoborane! #maingroup Cummins Lab Gilliard Group



Congrats to Jones Group members, Dat and Corinna, both of whom have won oral presentation prizes at OZOM15 conference UQ Chemistry and Molecular Biosciences Brisbane. #ozchem Monash Chemistry


Congratulations to our Honours student Max Les for being awarded a Best Poster Prize at OZOM15 in Brisbane! Not bad for his first conference 👏 ANU Research School of Chemistry Science & Medicine at ANU


Congratulations to first year PhD student Joe Pearce on winning the OZOM15 Poster Prize! Congratulations to the other winners in the Jamie Hicks and Jones Research Group groups!



Another great #organometallics meeting #OZOM15 hosted by Rowan Young, Evan Moore and Masnun Naher (sorry I was slack, so no photos). But you'll love where the next #OZOM will be.... Hobart!!!! See you all in 2026!

Really proud to share that our work on a Dysprosium compound with hysteresis at 100 K has been published in nature Lead by MillsGroup Prof. Nicholas F Chilton and Jack Emerson-King with Ben Atkinson, Will Blackmore and George Whitehead nature.com/articles/s4158…


Our work on the room-temperature ring-opening of benzene is now published in J. Am. Chem. Soc. ! Great teamwork and thanks for the kind comments from the reviewers! pubs.acs.org/doi/10.1021/ja…

Happy to share our recent paper out now in Chemical Communications! Jones Research Group 🧪


Matt (Matthew Evans) and co's work on the first main group metal-P4 complexes, redn of P4 to [P4]2- with a Mg-N2 complex, and hydrolysis of [P4]2- to PH3, has been accepted Chem. tinyurl.com/bdewbze2 Free access: tinyurl.com/23vbtuju #ozchem Monash Science
![Jones Research Group (@jones_research) on Twitter photo Matt (<a href="/EvansInorganic/">Matthew Evans</a>) and co's work on the first main group metal-P4 complexes, redn of P4 to [P4]2- with a Mg-N2 complex, and hydrolysis of [P4]2- to PH3, has been accepted <a href="/Chem_CP/">Chem</a>. tinyurl.com/bdewbze2 Free access: tinyurl.com/23vbtuju
#ozchem <a href="/Monash_Science/">Monash Science</a> Matt (<a href="/EvansInorganic/">Matthew Evans</a>) and co's work on the first main group metal-P4 complexes, redn of P4 to [P4]2- with a Mg-N2 complex, and hydrolysis of [P4]2- to PH3, has been accepted <a href="/Chem_CP/">Chem</a>. tinyurl.com/bdewbze2 Free access: tinyurl.com/23vbtuju
#ozchem <a href="/Monash_Science/">Monash Science</a>](https://pbs.twimg.com/media/Gu9u5llb0AMazop.jpg)



A Ca(I) synthon with bridging N2 is key to the synthesis of homometallic Ca peroxide and oxide complexes. In solution, the Ca oxide complex decomposes even at -80 C. It can only be prepared in the solid state. Chemical Communications Royal Society of Chemistry shorturl.at/AUoWM

