Richard Hill

Contact

• workRoom C403 Physics
  University Park
  Nottingham
  NG7 2RD
  UK
• work0115 84 66008
• fax0115 95 15180
• richard.hill@nottingham.ac.uk

Research Summary

Nottingham Magnetic Levitation Group Website

Levitating liquids - shapes of spinning levitating water droplets (a 'levitating liquid motor')

Magnetic field effects in biological systems

Granular dynamics in weightless conditions

Recent Publications

• HILL, RJA and EAVES, L, 2012. Addendum To "Vibrations Of A Diamagnetically Levitated Water Droplet" Physical Review E. 85(1), -
• HILL RJA and EAVES L, 2012. Shape oscillations of an electrically charged diamagnetically levitated droplet Applied Physics Letters. 100(11), 114106
• HILL RJA, LARKIN OJ, DIJKSTRA CE, MANZANO AI, DE JUAN E, DAVEY MR, ANTHONY P, EAVES L, MEDINA FJ, MARCO R and HERRANZ R, 2012. Effect of magnetically simulated zero-gravity and enhanced gravity on the walk of the common fruitfly Journal of the Royal Society Interface. online before print,
• HERRANZ R, LARKIN OJ, DIJKSTRA CE, HILL RJA, ANTHONY P, DAVEY MR, EAVES L, VAN LOON JJWA, MEDINA FJ and MARCO R, 2012. Microgravity simulation by diamagnetic levitation: effects of a strong gradient magnetic field on the transcriptional profile of Drosophila melanogaster BMC Genomics. 13(52), 1

• View all publications

• HILL, RJA and EAVES, L, 2012. Addendum To "Vibrations Of A Diamagnetically Levitated Water Droplet" Physical Review E. 85(1), -
• HILL RJA and EAVES L, 2012. Shape oscillations of an electrically charged diamagnetically levitated droplet Applied Physics Letters. 100(11), 114106
• HILL RJA, LARKIN OJ, DIJKSTRA CE, MANZANO AI, DE JUAN E, DAVEY MR, ANTHONY P, EAVES L, MEDINA FJ, MARCO R and HERRANZ R, 2012. Effect of magnetically simulated zero-gravity and enhanced gravity on the walk of the common fruitfly Journal of the Royal Society Interface. online before print,
• HERRANZ R, LARKIN OJ, DIJKSTRA CE, HILL RJA, ANTHONY P, DAVEY MR, EAVES L, VAN LOON JJWA, MEDINA FJ and MARCO R, 2012. Microgravity simulation by diamagnetic levitation: effects of a strong gradient magnetic field on the transcriptional profile of Drosophila melanogaster BMC Genomics. 13(52), 1
• DIJKSTRA, CE, LARKIN, OJ, ANTHONY, P, DAVEY, MR, EAVES, L, REES, CED and HILL, RJA, 2011. Diamagnetic Levitation Enhances Growth Of Liquid Bacterial Cultures By Increasing Oxygen Availability Journal Of The Royal Society Interface. 8(56), 334-344
• HILL, RJA and EAVES, L, 2010. Vibrations Of A Diamagnetically Levitated Water Droplet Physical Review E. 81(5), -
• HILL, RJA and EAVES, L, 2008. Nonaxisymmetric Shapes Of A Magnetically Levitated And Spinning Water Droplet Physical Review Letters. 101(23), -
• HILL, RJA, SEDMAN, VL, ALLEN, S, WILLIAMS, PM, PAOLI, M, ADLER-ABRAMOVICH, L, GAZIT, E, EAVES, L and TENDLER, SJB, 2007. Alignment Of Aromatic Peptide Tubes In Strong Magnetic Fields Advanced Materials. 19(24), 4474-+
• LOPEZ-ALCARAZ, P, CATHERALL, AT, HILL, RJA, LEAPER, MC, SWIFT, MR and KING, PJ, 2007. Magneto-Vibratory Separation Of Glass And Bronze Granular Mixtures Immersed In A Paramagnetic Liquid European Physical Journal E. 24(2), 145-156
• AUSTING, D. G., HILL, R. J., PATANE, A., MAIN, P. C., HENINI, M., EAVES, L. and TARUCHA, S., 2005. Transport properties of gated sub-micron mesas incorporating InAs self-assembled quantum dots that conduct near zero bias Physica E - Low-Dimensional Systems & Nanostructures. VOL 26(NUMBER 1-4), 482-485
• PATANÈ, A., HILL, R.J.A., EAVES, L., MAIN, P.C., HENINI, M., ZAMBRANO, M.L., LEVIN, A., MORI, N., HAMAGUCHI, C., DUBROVSKII, Y.V., VDOVIN, E.E., AUSTING, D.G., TARUCHA, S. and HILL, G., 2002. Probing the quantum states of self-assembled InAs dots by magnetotunneling spectroscopy Physical Review B: Condensed Matter and Materials Physics. 65(16), 165308
• MAIN, P. C., PATANE, A., HILL, R. J., LEVIN, A., EAVES, L., HENINI, M., AUSTING, D. G., TARUCHA, S., DUBROVSKII, Y. V. and VDOVIN, E. E., 2002. Mapping the wave functions in quantum dots Physica E - Low-Dimensional Systems & Nanostructures. VOL 12(NUMBER 1-4), 794-801
• HILL, R. J. A., PATANE, A., MAIN, P. C., EAVES, L., GUSTAFSON, B., HENINI, M., TARUCHA, S. and AUSTING, D. G., 2002. Measuring the energy levels and wave functions in a single quantum dot Physica E - Low-Dimensional Systems & Nanostructures. VOL 13(NO 2-4), 634-637
• HILL, R. J. A., PATANE, A., MAIN, P. C., HENINI, M., EAVES, L., TARUCHA, S. and AUSTING, D. G., 2002. Controlling the electron tunneling through InAs self-assembled dots Journal of Applied Physics. VOL 91(PART 5), 3474-3476
• DUBROVSKII, Y. V., HILL, R., VOLKOV, V. A., MAIN, P. C., EAVES, L., POPOV, V. G., VDOVIN, E. E., IVANOV, D. Y., MAUDE, D. K. and PORTAL, J. C., 2002. Magnetic field induced linear Coulomb gap in tunnelling between disordered two-dimensional electron systems Physica E - Low-Dimensional Systems & Nanostructures. VOL 12(NUMBER 1-4), 300-303
• HILL, R. J. A., PATANE, A., MAIN, P. C., EAVES, L., GUSTAFSON, B., HENINI, M., TARUCHA, S. and AUSTING, D. G., 2001. Magnetotunneling spectroscopy of an individual quantum dot in a gated tunnel diode Applied Physics Letters. VOL 79(PART 20), 3275-3277
• HILL, R. J. A., ITSKEVICH, I. E., STODDART, S. T., MURPHY, H. M., THORNTON, A. S. G., MAIN, P. C., EAVES, L., HENINI, M., MAUDE, D. K. and PORTAL, J.-C., 2001. High Pressure as a Tool to Study Electron Localization Physica Status Solidi B: Basic Research. VOL 223(PART 2), 555-559
• STODDART, ST, HILL, RJA, NEUMANN, AC, MAIN, PC, NOGARET, A, EAVES, L, HENINI, M and BEAUMONT, SP, 2000. Phase Coherence And Size Effects In Double Quantum Well Mesoscopic Wires Physica E-Low-Dimensional Systems & Nanostructures. 6(1-4), 672-675
• MAIN, PC, THORNTON, ASG, HILL, RJA, STODDART, ST, IHN, T, EAVES, L, BENEDICT, KA and HENINI, M, 2000. Landau-Level Spectroscopy Of A Two-Dimensional Electron System By Tunneling Through A Quantum Dot Physical Review Letters. 84(4), 729-732
• HILL, RJA, STODDART, ST, MAIN, PC, EAVES, L, BENEDICT, KA and HENINI, M, 2000. Energy Dependence Of The Quasiparticle Lifetime In A 2Des Physica E. 6(1-4), 327-330