Michael Wilson Ph.D.
Professor Michael Wilson: Dean of the College of Health and Science at the University of Western Sydney. Dr. Wilson is author of the monograph “The Applications of Nuclear Magnetic Resonance to Geochemistry and Soil Science" and co author of a second book “Nanotechnology”. He obtained his PhD in 1974 and DSc in 1988. He is or has been on the editorial boards of the journals, Energy and Fuels, Organic Geochemistry and Solid State NMR and was a member of the Prime Ministers working party on Crime and Science. He has published over fifty refereed journal papers on fullerenes and nanotubes in a total of 324. His contributions to carbon nanotechnology include the discoveries and detection of the first odd numbered carbon nanotube and the discovery that the natural abundance isotope ratio in nanotubes differs from fullerenes. His other area of research is the organic geochemistry of soils (particularly where relevant to petroleum refining) and the organic geochemistry petroleum formation. Recent interests are in nanoapatite layers and nanoaluminosilicates. He is a member of the ARC Centre of Excellence for Functional Nanomaterials. Important ArticlesNanotechnology Basic Science and Emerging Technologies |
By this ResearcherRelated ContentDelft University Create 'Super Atoms' from Cluster CloudsResearchers at The Netherlands’ Delft University of Technology are generating ‘super atomns’ comprised of clusters of traditional atoms. Notably, these bodies behave the same as individual atoms, and researchers are probing the possibilities
Allis, Damian GregoryDr. Allis' has a vast research interest in the areas of computational quantum chemistry to molecular nanotechnology and the design and modeling of nanostructures from molecular building blocks, among many others.
MIT Engineers Build Nanoparticles To Safely Enter CellsA multi-discipline MIT research team has successfully engineered and built man-made nanoparticles that can penetrate a cell without ripping a hole in its membrane – and killing it. The discovery could open new horizons in the emerging sector of nanoscale drug delivery.
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