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Links Introduction New Chemistry A transition metal borylene
complex
stabilized by a non- carbonyl
ligand set: formation by
spontaneous halide loss to give an
extremely short metal- -boron
bond (video). (work by David Addy) |
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Introduction Research
in the Aldridge group is centred on main group and
transition metal organometallic chemistry, and
ranges from fundamental studies of structure/bonding and reactivity for new
types of bond through to applications of Lewis acids in anion recognition and
sensors. The work is supported by a range of sources including the EPRSC,
charities (e.g. the Leverhulme Trust) governmental and industrial
partners (e.g. BP,
DSTL/MoD and Biofusion),
has been recognized by two recent awards,
and has given rise to over 100 publications, including research which has
been highlighted in Science
and Angewandte Chemie. The group for the
academic year 2011/12 numbers fourteen, comprised of
two post-doctoral research associates, seven doctoral students, one visiting
student and four Part 2 undergraduate project students. Our research is
carried out in the state-of-the-art Chemistry
Research Laboratory (CRL) on Mansfield Road. More information on current
research projects, published work, current and former group members and
opportunities within the group can be found by following the links shown
left. Information regarding
Part 2 opportunities for 2011-12 Recent News • Dr Aldridge
promoted to Professor in Oxford University’s recent ‘recognition of
distinction’ exercise • Twelfth doctoral
student graduates from the
Aldridge group • Work
by recent DPhil graduate Hassanatu
Mansaray, Part 2 student Alex Rowe and current DPhil student Nick Phillips selected as a ‘hot
article’ by Chem. Commun. • Recent
paper by 2010-11 Part 2 student Mike O’Neill published
in J. Am. Chem. Soc. •
Last
update: 15/11/2011 These
pages are best viewed with Internet Explorer |
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Citations Click citation for link Editor’s choice highlight on ‘boron metathesis’
in Science: Angewandte Chemie
highlight article on group 13 analogues of CO and N2: Angew. Chem., Int. Ed. 2008, 47, 6326. Angewandte Chemie
highlight article On transition metal complexes of BF: Angew. Chem., Int. Ed. 2010, 49, 3412. Covers (right) Inside
cover (Chem. Commun. November 2010)
featuring work on the reactivity of
Group 13 heterocycles. (left) Cover of Inorg. Chem.
from February
2008 issue featuring work On
colorimetric sensor systems |
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