Unprecedented C-F/C-H Double-Insertion by Ni(0)
Nickel-catalyzed C-F activations enabled chemo-divergent C-C formation with alkynes by chelation assistance. The judicious choice of the al-kynes Unprecedented C-F/C-H Double-Insertion by Ni(0)
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IQCC Forum: Autumn edition, Oct. 3, 16.00h
Tomorrow (3rd of October, 16h, Sala d’actes, edifice LEAR, Aulari Comñ) will take place the Autumn edition of IQCC Forum: Autumn edition, Oct. 3, 16.00h
Aerobic C-C and C-O bond formation reactions mediated by high-valent nickel species
Nickel complexes have been widely employed as catalysts in C-C and C-heteroatom bond formation reactions. While Ni(0), Ni(I), Aerobic C-C and C-O bond formation reactions mediated by high-valent nickel species
A flexible self-folding receptor for coronene reported in ChemSci
The development of artificial synthetic receptors that imitate the binding site of enzymes and other proteins is a A flexible self-folding receptor for coronene reported in ChemSci
Seven IQCC (out of twelve UdG) researchers listed in database of top scientists
A few weeks ago a new author database of top scientists was published by a team of four Seven IQCC (out of twelve UdG) researchers listed in database of top scientists
IQCC Council approves new Principal Investigators
This morning at the IQCC Council meeting we approved the recognition of the following three researchers as Principal IQCC Council approves new Principal Investigators
PhD defense Mñnica Rodriguez
Next Friday (27th of September, 11.00h, Aula Magna, Facultat de Ciá¿ncies) will take place the defense of the PhD defense Mñnica Rodriguez
Jun Wang, new Marie Curie fellow at IQCC
Dr. Jun Wang has recently become a new member of the Institute of Computational Chemistry and Catalysis (IQCC) Jun Wang, new Marie Curie fellow at IQCC
New Beatriu de Pinñs, Marc Garcia-Borr s
Dr. Marc Garcia-Borr s has been selected as Beatriu de Pinñs researcher of the Institute of Computational Chemistry New Beatriu de Pinñs, Marc Garcia-Borr s
Organic Letters cover on synthesis of polycyclic hereocycles
A novel methodology to transform bisallenes into a variety of polycyclic derivatives employing rhodium(I) catalysis has been developed. Organic Letters cover on synthesis of polycyclic hereocycles