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Institute of Fundamental Sciences teaches and researches chemistry, mathematics, physics and statistics in the Science Towers (shown) and the Ag Hort building

The Institute of Fundamental Sciences (IFS) runs five Majors in the Bachelor of Science programme: Nanoscience, Physics, Statistics, Mathematics and Chemistry. The flexibility of our Majors does facilitate studying for Double Majors, for example Mathematics and Physics or Chemistry and Nanoscience. All of the Majors run through to Honours Level.

Our Doctoral programmes build on these five Majors, with the PhD in Nanoscience being a distinctive feature of Massey University. The Major Leaders are: Mark Waterland—Nanoscience, Bill Williams—Physics, Martin Hazelton—Statistics, Bruce van Brunt—Mathematics and Simon Hall—Chemistry.

Scholarship and Research within the Institute is promoted and managed through three groups:

Members of these groups teach into all five Majors. Chemistry and Biophysics is concerned with experimental science; Mathematics and Mathematical Physics and Statistics and Bioinformatics are theoretical groups. The Chemistry and Biophysics group has a focus on nanoscience and weak interactions (supramolecular chemistry, soft matter) in general. Statistics and Bioinformatics is expanding its activities in biostatistics. Mathematics and Mathematical Physics has traditionally been strong in applied mathematics.

The core sciences underpin all scientific endeavour, which is reflected in the Institute's major involvement with the transition into University from school. On the research side, the core sciences increasingly play crucial roles at the forefront of many and varied branches of science from climate change to drug design to renewable energy, as the need grows globally for quantum steps rather than incremental progress. Some of our latest papers are shown to the right, and précis of selected papers appear below.

The first precis will appear shortly.

 

IFS Intra site (For members of IFS only)

Latest Publications

On circulant embedding of Gaussian random fields in R Submitted for publication Davies TM

HKUST-1 growth on glassy carbon J. Mater. Chem. 21 19207-19209 Sivakumar Balakrishnan, Alison J. Downard and Shane G. Telfer

Rheo-NMR studies of a nematic worm-like micelle system in a high-shear-rate regime Soft Matter 7 10291-10298 Lepper C , Edwards PJB, Dykstra R and Williams MAK

Luminescent Rhenium(I)-Dipyrrinato Complexes Inorg. Chem. ASAP. Tracey M. McLean, Janice L. Moody, Mark R. Waterland, and Shane G. Telfer

Temperature-dependent complexation between sodium caseinate and gum arabic Food Hydrocolloids 26 1 82-88 Ye A, Edwards PJB, Gilliland J, Jameson GB and Singh H

Contact IFS

+64 6 356-9099 Ext 3508

ifs@massey.ac.nz

Institute of Fundamental Sciences
Turitea Site
Palmerston North Campus
Private Bag 11222
Palmerston North 4442
New Zealand

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