Andrew Fisher (physicist)
Andrew James Fisher | |
|---|---|
| Born | 1965 (age 58–59) |
| Nationality | British |
| Known for | Nanophysics and Quantum Physics research |
| Awards | Maxwell Prize |
Andrew James Fisher is Professor of Physics in the Department of Physics and Astronomy at
Imperial College, London).[1]
Research
His research area is in understanding the behaviour of electrons in
nanostructures. Predicting the behaviour of electrons using quantum mechanics theory, to compare with experimental data. Current funded project topics include:[2][3]
- Quantum de-coherence and computation in condensed-phase systems
- Electrons in atomic-scale quantum wires
- Formation of molecules on interstellar dust grains
- Theory of scanning tunnelling microscopy in liquids
- Development of techniques to study coherent inelastic transport
- Organic molecules on semiconductor surfaces
Awards
Education and career
He was educated at Abingdon School from 1976 until 1983 before going to Clare College, Cambridge.[4] Fisher lectured at UCL from October 1995. Previously he lectured at Durham University (1993–1995).
He was a Junior Research Fellow at St John's College Oxford, working in the Clarendon Laboratory of the Oxford Physics Department (1989–1993). During this period he spent a year at the IBM Zurich Research Laboratory (1991–1992).
Personal life
Fisher is a violinist and is married to Alison Smart, a classical singer. He has two sons, Thomas and Hugh.[5]
Bibliography
- Selected articles
- Wu, W; Fisher A.J (2 January 2008), "Exchange between deep donors in semiconductors; A quantum defect approach", Physical Review B, 77 (4): 045201, S2CID 118666019
- Lin H.-C; Fisher A.J (25 July 2008), "Local entanglement of multidimensional continuous-variable systems", Physical Review A, 78 (1): 012349, S2CID 118653711
- Avellino, M; Fisher, A J; Bose, S (2006), "Quantum information - Quantum communication in spin systems with long-range interactions", Physical Review, 74 (1): 12321, S2CID 14687540
- Fisher, AJ (2003), "Quantum computing in the solid state; the challenge of decoherence", S2CID 16680416
- Briggs, G A D; Fisher, A J (1999), "STM experiment and atomistic modelling hand in hand; individual molecules on semiconductor surfaces", Surface Science Reports, Surface science reports, v. 33, nos. 1/2, 33 (1), Amsterdam: 1, OCLC 42522937
- Binney, J J; Dowrick, N J; Fisher, A J; Newman, M E J (1998), The theory of critical phenomena; an introduction to the renormalization group, Oxford science publications, Clarendon Press, OCLC 440655670
- Blöchl, P E; Joachim, C; Fisher, A J; North Atlantic Treaty Organization. Scientific Affairs Division (1993), Computations for the nano-scale, NATO ASI series., Series E,, Applied sciences ;, no. 240., Dordrecht, OCLC 28150644
See also
References
- ^ London-nano.com Archived 13 February 2010 at the Wayback Machine profile at London Centre for Nanotechnology.
- ^ "See current UCL profile". Archived from the original on 11 May 2010. Retrieved 9 January 2010.
- ^ See list of publications at UCL: http://www.cmmp.ucl.ac.uk/~ajf/publications.html Archived 4 January 2010 at the Wayback Machine
- ^ "OA Notes" (PDF). The Abingdonian.
- ^ "Alison Smart (Soprano) – Short Biography". Bach-cantatas.com. 27 June 2007. Retrieved 9 January 2010.
External links
- Jones, Jonathan (2003), "Quantum computing: Putting it into practice", Nature, 421 (6918), Nature Publishing Group: 28–9, S2CID 4301706
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