Chardon Aurélien

[Sami Lakhdar @samilakhdar1]

Happy & delighted to be part of this exciting collaboration with @LeonoriLab, published in @ScienceMagazine. Congrats to all! @INC_CNRS @LHFA_CNRS @CNRS_Toulouse @UT3PaulSabatier
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[G. Berionni Group University of Namur @Dr_Berionni]

Huge congrats to @AurelienChard and @ArnaudOsi (@UNamur) for this new pyramidal boron Lewis acid just published in Synthesis (@Thiemechemistry): https://t.co/Gcv7aq2Mdr. Special issue Alain Krief 80th Birthday still open for submission (https://t.co/puESToVnuo).

[Chardon Aurélien @AurelienChard]

Feeling very excited that more work on non-planar main-group chemistry will appear in the near future
Congratulations Guillaume @Dr_Berionni for his awarded @ERC_Research project !

[Angewandte Chemie @angew_chem]

Taming the Lewis Superacidity of Non-Planar Boranes: C-H Bond Activation and Non-Classical Binding Modes at Boron (Berionni) @Dr_Berionni @AurelienChard @UNamur @lfusaro_NMR @ntumanov_Xray https://t.co/1QbyIvyU1f

[G. Berionni Group University of Namur @Dr_Berionni]

Check our latest "hot paper" on CH activation with pyramidal boranes in @Angew_chem (just in Early View today: https://t.co/jcBPX82Vjs). Well done @AurelienChard and @ArnaudOsi / @Boron_Chemistry.

[Chardon Aurélien @AurelienChard]

@Pucheault_Lab En effet :)

[Chardon Aurélien @AurelienChard]

What Distinguishes the Strength and the Effect of a Lewis Acid: Analysis of the Gutmann‐Beckett Method https://t.co/N3ZA2wwIeD

[ChemPhysChem @ChemPhysChem]

#OnTheCover Rational Development of a Metal-Free Bifunctional System for the C-H Activation of Methane: A #DensityFunctionalTheory Investigation @DMahautChem @Dr_Berionni @LCT_UNamur https://t.co/RNJDdY9v9Z

[G. Berionni Group University of Namur @Dr_Berionni]

Congratulations to @ArnaudOsi and @AurelienChard. Article just accepted in @angew_chem (https://t.co/jcBPX82Vjs) on Non-Planar Boranes, C-H bonds activation, new binding modes at boron and FLP mediated borylations. Thanks to @Unamur, @DMahautChem, @LCT_UNamur and @lfusaro_NMR.

[Chardon Aurélien @AurelienChard]

Finally it's out, first article as co-corresponding author with @Dr_Berionni now online in @angew_chem. Thanks to @ArnaudOsi for his work, @LCT_UNamur and @ntumanov_Xray for his work and @HongDoan15 for immense support.

https://t.co/xwDEGJSKBl

[Chardon Aurélien @AurelienChard]

@Daniela_R_Silva @Dr_Berionni @UNamur @DMahautChem @ArnaudOsi @Boron_Chemistry @ESOR2021online This is due to the fact than the Al atom is bigger and therefore the pyramidalization is smaller. However, from a fundamental point of view it might be worth to try. Thanks again

[Chardon Aurélien @AurelienChard]

@Daniela_R_Silva @Dr_Berionni @UNamur @DMahautChem @ArnaudOsi @Boron_Chemistry @ESOR2021online Hi, thanks for your question,
According to the seminal theoritical work of Frenking and Timoshkin (Inorg. Chem. 2012, 61, 640), the 9-alatriptycene is less lewis acidic than the corresponding boron derivative.

[G. Berionni Group University of Namur @Dr_Berionni]

Check our poster (@UNamur, @AurelienChard, @DMahautChem, @ArnaudOsi ) on "Pushing the boundaries of @Boron_Chemistry : activation of small molecules and C-H bonds with boron Lewis superacids and frustrated Lewis pairs at the #ESOR2021poster event (@ESOR2021online). Questions ?

[J. Am. Chem. Soc. @J_A_C_S]

The Power of the Proton: From Superacidic Media to Superelectrophile Catalysis https://t.co/QjsH9BIY7m

[G. Berionni Group University of Namur @Dr_Berionni]

Congratulations to Damien (@MahautDamien, @DMahautChem) for his first first-author paper in @ChemPhysChem on "Computational design of a metal-free bifunctional system for the C-H activation of methane" (https://t.co/QSwQ2Uxk0f). Collaboration with the @ B.Champagne group @Unamur.

[Osi Arnaud @ArnaudOsi]

"Controlled generation of 9-boratriptycene by Lewis adduct dissociation"
#RSCPosterLive #RSCOrg

[Chardon Aurélien @AurelienChard]

Congrats to my collaborators ⁦@lfusaro_NMR⁩ and Nikolay Tumanov for this beautiful work, suppervised by ⁦@riccardo_montis⁩ . Just online in ⁦⁦@nature⁩. https://t.co/i70D9AEYBj

[G. Berionni Group University of Namur @Dr_Berionni]

Congratulations for the first article of Mathieu (@GamaMathieu, @UNamur) now online in @EurJOC (submitted on Dec. 31st!): https://t.co/nyOLu64qB8. New boron triptycenes, interesting for @Boron_Chemistry.

[ChemEurJ: Chemistry - A European Journal @ChemEurJ]

Methylene Bridging Effect on the Structures, Lewis Acidities and Optical Properties of Semi-planar Triarylboranes (Berionni) @Dr_Berionni https://t.co/WGEXibKyVa

[Boron-Chem-Research @Boron_Chemistry]

B̲r̲e̲a̲k̲i̲n̲g̲ ̲n̲e̲w̲s̲ ̲i̲n̲ @Boron_Chemistry: Lewis acidic boranes, Lewis bases, and equilibrium constants: A reliable scaffold for a quantitative Lewis acidity/basicity scale (@ChemEurJ): https://t.co/irNxyhVrg4 (@RJ_Mayer and @ A.Ofial from @LMU_Muenchen).