Jones Research Group (@jones_research) 's Twitter Profile
Jones Research Group

@jones_research

The Jones group carries out research into low oxidation state main group chemistry at Monash University

ID: 927684077439692800

linkhttps://www.monash.edu/science/research-groups/chemistry/jonesgroup calendar_today06-11-2017 23:48:14

867 Tweet

3,3K Followers

165 Following

Harder-Research (@harder_research) 's Twitter Profile Photo

CO2 REDUCTION WITH LOW-VALENT CALCIUM: Ca-N2 complexes react like synthons for low-valent Ca(I). We discuss first intermediates and products in CO2, CS2 and RN=C=NR reduction. ChemistryEur Details on BlueSky tinyurl.com/3vjx83tv

CO2 REDUCTION WITH LOW-VALENT CALCIUM: Ca-N2 complexes react like synthons for low-valent Ca(I). We discuss first intermediates and products in CO2, CS2 and RN=C=NR reduction. <a href="/ChemistryEur/">ChemistryEur</a> Details on BlueSky tinyurl.com/3vjx83tv
Jones Research Group (@jones_research) 's Twitter Profile Photo

Christoph's paper on an exptal and computational study of the 1st cmpds with Be-N and Be-O triple bond character is now out in J. Am. Chem. Soc.. Great (and essential) 1st collab. outing with David J. D. Wilson La Trobe Institute for Molecular Science. #ozchem Humboldt-Stiftung AFOSR Monash Chemistry tinyurl.com/7hmzzzcz

Christoph's paper on an exptal and computational study of the 1st cmpds with Be-N and Be-O triple bond character is now out in <a href="/J_A_C_S/">J. Am. Chem. Soc.</a>. Great (and essential) 1st collab. outing with <a href="/DavidJDWilson/">David J. D. Wilson</a> <a href="/LIMSLTU/">La Trobe Institute for Molecular Science</a>. #ozchem <a href="/AvHStiftung/">Humboldt-Stiftung</a> <a href="/AFOSR/">AFOSR</a> <a href="/ChemistryMonash/">Monash Chemistry</a> tinyurl.com/7hmzzzcz
J. Am. Chem. Soc. (@j_a_c_s) 's Twitter Profile Photo

Monomeric Two-coordinate Beryllium Imido and Boryloxide Complexes Featuring Be–N and Be–O Triple Bonds | Journal of the American Chemical Society Monash University pubs.acs.org/doi/10.1021/ja…

Harder-Research (@harder_research) 's Twitter Profile Photo

K and Sr join forces in N2 reduction: We describe the looooong road to Sr-N2 complexes. So reactive!!! Converts Teflon within minutes in a soluble form of K+F- 长欣 赵 doi.org/10.1002/anie.2…

K and Sr join forces in N2 reduction: We describe the looooong road to Sr-N2 complexes. So reactive!!! Converts Teflon within minutes in a soluble form of K+F- <a href="/AngewChem/">长欣 赵</a> doi.org/10.1002/anie.2…
CCDC Cambridge (@ccdc_cambridge) 's Twitter Profile Photo

The synthesis and characterization of two-coordinate beryllium complexes with unprecedented Be–N and Be–O triple bonds are reported in J. Am. Chem. Soc.. CSD Entry WUYMIQ demonstrates the first s-block metal–oxygen multiple bond. 🔗 ccdc-info.com/4iYfbVX #FeaturedStructureFriday

Max Lapersonne (@maxlapersonne) 's Twitter Profile Photo

Had a great time at OZOM15/OZRE2025 in Brisbane! Gave my first talk on work from my Bachelor thesis and internship in the Krossing group. Still buzzing from the science & people! If you are interested, here is some of my work 🔗 doi.org/10.1002/anie.2… 🔗 doi.org/10.1002/chem.2…

Had a great time at OZOM15/OZRE2025 in Brisbane! Gave my first talk on work from my Bachelor thesis and internship in the Krossing group. Still buzzing from the science &amp; people!
If you are interested, here is some of my work
🔗 doi.org/10.1002/anie.2…
🔗 doi.org/10.1002/chem.2…
Jones Research Group (@jones_research) 's Twitter Profile Photo

Matt's (Matthew Evans) latest paper on easy routes to unsymmetrical bis(anilido)xanthenes, and Mg complexes thereof, has been accepted ChemComm. Hopefully useful for the "NON" crew. tinyurl.com/47v83tzt. #ozchem Monash Chemistry

Matt's (<a href="/EvansInorganic/">Matthew Evans</a>) latest paper on easy routes to unsymmetrical bis(anilido)xanthenes, and Mg complexes thereof, has been accepted <a href="/ChemComm/">ChemComm</a>. Hopefully useful for the "NON" crew. tinyurl.com/47v83tzt. #ozchem <a href="/ChemistryMonash/">Monash Chemistry</a>
Jones Research Group (@jones_research) 's Twitter Profile Photo

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

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>
Jones Research Group (@jones_research) 's Twitter Profile Photo

Congrats to Yixiao, who was provisionally awarded her PhD degree today, subject to conferment. She has moved to a job in chemical industry in China. We wish her the best of luck. #ozchem Monash Chemistry

Congrats to Yixiao, who was provisionally awarded her PhD degree today, subject to conferment. She has moved to a job in chemical industry in China. We wish her the best of luck. #ozchem
<a href="/ChemistryMonash/">Monash Chemistry</a>
Jones Research Group (@jones_research) 's Twitter Profile Photo

Siad's work (Siad Wolff) on bulky di-Mn(I), and Mn-N2 bonded compounds, which closely mirrors our prior Mg chemistry, has now been accepted J. Am. Chem. Soc.. Part of a nice collab with project leader Christian Limberg. #ozchem Monash Chemistry AFOSR Humboldt Berlin Chemistry tinyurl.com/yup6w9bk

Siad's work (<a href="/SiadWolff/">Siad Wolff</a>) on bulky di-Mn(I), and Mn-N2 bonded compounds, which closely mirrors our prior Mg chemistry, has now been accepted <a href="/J_A_C_S/">J. Am. Chem. Soc.</a>. Part of a nice collab with project leader <a href="/ChristianLimb19/">Christian Limberg</a>. #ozchem <a href="/ChemistryMonash/">Monash Chemistry</a> <a href="/AFOSR/">AFOSR</a> <a href="/HumboldtChem/">Humboldt Berlin Chemistry</a> tinyurl.com/yup6w9bk
J. Am. Chem. Soc. (@j_a_c_s) 's Twitter Profile Photo

Steric Control in Low-Valent Mn Diamide Complexes: Contrasting Magnesium and Manganese in N2 and Benzene Activation | Journal of the American Chemical Society Humboldt-Universität zu Berlin pubs.acs.org/doi/10.1021/ja…