Publications

Books

  1. Introductory Quantum Physics and Relativity Jacob Dunningham and Vlatko Vedral (Imperial College Press, 2010) Link

  2. Quantum Theory (Bullet Guides) Jacob Dunningham (Hodder Education, 2011). Link

  3. Dunningham Dunningham

    Journal articles

  4. Multi-parameter estimation in networked quantum sensors T. J. Proctor, P. A. Knott and J. A. Dunningham, arXiv:1707.06252 (2017) Link

  5. Classical saturability of the Cramér-Rao bound in quantum metrology Jesús Rubio, Paul Knott and Jacob Dunningham, arXiv:1707.05022 (2017) Link

  6. Networked quantum sensing T. J. Proctor, P. A. Knott and J. A. Dunningham, arXiv:1702.04271 (2017) Link

  7. Transformation properties and entanglement of relativistic qubits under space-time and gauge transformations Xavier Calmet and Jacob Dunningham, Physical Review A 95, 042309 (2017); arXiv:1703.07998 Link

  8. Role of entanglement in calibrating optical quantum gyroscopes Pieter Kok, Jacob Dunningham and Jason F. Ralph, Physical Review A 95, 012326 (2017); arXiv:1505.06321 Link

  9. Local versus Global Strategies in Multi-parameter Estimation P. A. Knott,  T. J. Proctor,  A. J. Hayes, J. F. Ralph, P. Kok and J. A. Dunningham, Physical Review A 94 062312 (2016); arXiv:1601.05912 Link

  10. One-parameter class of uncertainty relations based on entropy power Petr Jizba, Yue Ma, Anthony Hayes and Jacob A. Dunningham, Physical Review E (Rapid Communications) 93, 060104(R) (2016). Link

  11. Correspondence: Enhancing a phase measurement by sequentially probing a solid-state system (vol 7, 11520, 2016) P.A. Knott, W.J. Munro and J.A. Dunningham, Nature Communications 7, 11864 doi:10.1038/ncomms11864 (2016).

  12. Correspondence: Enhancing a phase measurement by sequentially probing a solid state system P.A. Knott, W.J. Munro and J.A. Dunningham, Nature Communications 7, 11520 doi:10.1038/ncomms11520 (2016). Link

  13. Practical quantum metrology with large precision gains in the low photon number regime P.A. Knott, J.P. Cooling, A. Hayes, T.J. Proctor and J.A. Dunningham, Physical Review A 93, 033859 (2016). Link

  14. Surveying relativistic entanglement of two particles with continuous momenta Veiko Palge and Jacob Dunningham, arXiv:1409.0992 Link

  15. Behavior of Werner states under relativistic boosts Veiko Palge and Jacob Dunningham, Annals of Physics 363, 275 (2015). Link

  16. Quantum-enhanced gyroscopy with rotating anisotropic Bose-Einstein condensates L.M. Rico Gutiérrez, T.P. Spiller and J.A. Dunningham, New Journal of Physics 17, 043022 (2015). Link

  17. On the Role of Information Theoretic Uncertainty Relations in Quantum Theory P. Jizba, J.A. Dunningham and J. Joo, Annals of Physics 355, 87 (2015). Link

  18. Effect of multimode entanglement on lossy optical quantum metrology P.A. Knott, T.J. Proctor, Kae Nemoto, J.A. Dunningham and W.J. Munro, Physical Review A 90, 033846 (2014). Link

  19. Attaining sub-classical metrology in lossy systems with entangled coherent states P.A. Knott, W.J. Munro and J.A. Dunningham, Physical Review A 89 , 053812 (2014). Link

  20. Precise phase measurements using an entangled coherent state P.A. Knott and J.A. Dunningham, Proceedings of 2nd International Conference on Photonics, Optics and Laser Technology, 205-211, 2014, Lisbon, Portugal, arXiv:1401.3969 Link

  21. Engineering entanglement for metrology with rotating matter waves L. M. Rico Gutiérrez, T.P. Spiller and J.A. Dunningham, New Journal of Physics 15, 063010 (2013). Link

  22. Detecting measurement-induced relative-position localisation P.A. Knott, J. Sindt and J.A. Dunningham, Journal of Physics B 46, 095501 (2013). Link

  23. Detecting the relative localisation of quantum particles P.A. Knott, J. Sindt and J.A. Dunningham, Journal of Physics Conference Series 442, 012026 (2013). Link

  24. Measuring a completely unknown phase with sub-shot-noise precision in the presence of loss N. Gkortsilas, J.J. Cooper and J.A. Dunningham, Physical Review A 85, 063827 (2012). Link

  25. Quantum metrology with rotating matter waves in different geometries J.A. Dunningham, J.J. Cooper, and D.W. Hallwood, AIP Conference Proceedings 1469, 23 (2012). Link

  26. Generation of maximally entangled states with subluminal Lorentz boosts (vol 85, 042322 2012) V. Palge and J.A. Dunningham, Physical Review A 86, 049902 (2012).

  27. Generation of maximally entangled states with sub-luminal Lorentz boosts V. Palge and J.A. Dunningham, Physical Review A 85, 042322 (2012). Link

  28. Robust quantum enhanced phase estimation in a multimode interferometer J.J. Cooper, D.W. Hallwood, J.A. Dunningham, and J. Brand, Physical Review Letters 108, 130402 (2012). Link

  29. Towards improved interferometric sensitivities in the presence of loss J.J. Cooper and J.A. Dunningham, New Journal of Physics 13, 115003 (2011). Link

  30. Behaviour of entanglement and Cooper pairs under relativistic boosts V. Palge, V. Vedral, and J.A. Dunningham, Physical Review A 84, 044303 (2011). Link

  31. Observing superpositions of different number states J.A. Dunningham, L. M. Rico Gutiérrez, and V. Palge, Optics and Spectroscopy 111, 563 (2011). Link

  32. Creating and observing N-partite entanglement with atoms M.S. Everitt, M.L. Jones, B.T.H. Varcoe, and J.A. Dunningham, Journal of Physics B 44, 035504 (2011). Link

  33. Needling the haystack Jacob Dunningham, Nature Physics 6, 718 (2010). Link

  34. Observing the superposition of a single particle with the vacuum L. M. Rico Gutiérrez, V. Palge, and J.A. Dunningham, Mathematical Structures in Computer Science 20, 1051 (2010). Link

  35. Entanglement-enhanced atomic gyroscope J.J. Cooper, D.W. Hallwood, and J.A. Dunningham, Physical Review A 81, 043624 (2010). Link

  36. Measuring atomic NOON-states and using them to make measurements D.W. Hallwood, A. Stokes, J.J. Cooper, and J.A. Dunningham, New Journal of Physics 11, 103040 (2009). Link

  37. Entanglement and nonlocality of a single relativistic particle J.A. Dunningham, V. Palge, and V. Vedral, Physical Review A 80, 044302 (2009). Link

  38. Superdense coding with single-particle entanglement J.A. Dunningham, Journal of Russian Laser Research 30, 427 (2009). Link

  39. Entanglement stirred up J.A. Dunningham, Nature Physics 5, 381 (2009). Link

  40. Simplifying mathematical modelling to test intervention strategies for chlamydia C. Heffernan and J.A. Dunningham, Journal of Public Health and Epidemiology 1, 7 (2009). Link

  41. Scheme for implementing atomic multiport devices J.J. Cooper, D.W. Hallwood, and J.A. Dunningham, Journal of Physics B 42, 105301 (2009). Link

  42. Quantum computing with Rydberg atoms in cavities M. Everitt, J.A. Dunningham and B.T.H Varcoe , Frontiers in Optics 2009/Laser Science XXV (Optical Society of America), paper FThU3 (2009). Link

  43. Single particle nonlocality with completely independent reference states J.J. Cooper and J.A. Dunningham, New Journal of Physics 10, 113024 (2008). Link

  44. Nonlocality of a single particle J.A. Dunningham and V. Vedral, Physical Review Letters 99, 180404 (2007). Link
    Also featured on PhysOrg.com. Link

  45. The barriers to producing multiparticle superposition states in rotating Bose-Einstein condensates D.W. Hallwood, K. Burnett, and J. Dunningham, Journal of Modern Optics 54, 2129 (2007). Link

  46. Entanglement in single particle systems M. O. Terra Cunha, J.A. Dunningham, and V. Vedral, Proceedings of the Royal Society A 463, 2277 (2007). Link

  47. Precision measurements with an optical Josephson junction H.T. Ng, K. Burnett, and J.A. Dunningham, Physical Review A 75, 063607 (2007). Link

  48. Using quantum theory to improve measurement precision J. A. Dunningham, Contemporary Physics 47, 257 (2006).Link

  49. Macroscopic superpositions of superfluid flows D.W. Hallwood, K. Burnett, and J. Dunningham, New Journal of Physics 8, 180 (2006). Link

  50. Creation of macroscopic superposition states from arrays of Bose-Einstein condensates J.A. Dunningham, K. Burnett, R. Roth, and W.D. Phillips, New Journal of Physics 8, 182 (2006). Link

  51. Creation of macroscopic superpositions of flow states with Bose-Einstein condensates J. Dunningham and D. Hallwood, Physical Review A 74, 023601 (2006). Link

  52. Efficient comparison of path-lengths using Fourier multiport devices J.A. Dunningham and A. Vourdas, Journal of Physics B 39, 1579 (2006). Link

  53. Applications and implementation of Fourier multiport devices S. Zhang, C. Lei, A. Vourdas, and J. Dunningham, Journal of Physics B 39, 1625 (2006). Link

  54. Using quantum interferometers to make measurements at the Heisenberg limit J. Dunningham and T. Kim Journal of Modern Optics 53, 557 (2006). Link

  55. Precision measurement scheme using a quantum interferometer T. Kim, J. Dunningham, K. Burnett, Physical Review A 72, 055801 (2005). Link

  56. Bose-Einstein condensates and precision measurements J. Dunningham, K. Burnett, and W.D. Phillips, Philosophical Transactions of the Royal Society 363, 2165 (2005). Link

  57. Fourier multiport devices A. Vourdas and J.A. Dunningham, Physical Review A 71, 013809 (2005). Link

  58. From pedigree cats to fluffy-bunnies J.A. Dunningham, A.V. Rau, and K. Burnett, Science 307, 872 (2005). Link

  59. Transitivity of the relative localization of particles J.A. Dunningham, A.V. Rau, and K. Burnett, Journal of Modern Optics 51, 2323 (2004). Link

  60. Sub-shot-noise-limited measurements with Bose-Einstein condensates J.A. Dunningham and K. Burnett, Physical Review A 70, 033601 (2004). Link

  61. Excitations of Bose-Einstein condensates in optical lattices K. Braun-Munzinger, J.A. Dunningham, and K. Burnett, Physical Review A 69, 053613 (2004). Link

  62. Measurement-induced relative-position localization through entanglement A.V. Rau, J.A. Dunningham, and K. Burnett, Science 301, 1081 (2003). Link

  63. Phase measurement of Bose-Einstein condensates in lattices J.A. Dunningham, Physical Review A (Rapid Communication) 66, 041601 (2002). Link

  64. Interferometry below the standard quantum limit with BECs J.A. Dunningham, K. Burnett, and Stephen M. Barnett, Physical Review Letters 89, 150401 (2002). Link

  65. Entanglement concentration in Bose-Einstein condensates J.A. Dunningham, S. Bose, L. Henderson, V. Vedral, and K. Burnett, Physical Review A 65, 064302 (2001). Link

  66. Relative number squeezing in Bose-Einstein condensates J.A. Dunningham, K. Burnett, and Mark Edwards, Physical Review A 64, 015601 (2001). Link

  67. Interactions and entanglements in BECs K. Burnett, S. Choi, M. Davis, J.A. Dunningham, and M. Rusch, Cr. Acad. Sci. IV Phys. 2, 399 (2001). Link

  68. Proposals for creating Schrodinger cat states in Bose-Einstein condensates J.A. Dunningham and K. Burnett, Journal of Modern Optics 48, 1837 (2001). Link

  69. Establishment of phase between coupled Bose-Einstein condensates J.A. Dunningham and K. Burnett, Journal of Physics B 33, 3807 (2000). Link

  70. Phase resolution of Bose-Einstein condensates J.A. Dunningham and K. Burnett, Physical Review A 61, 065601 (2000). Link

  71. Phase standard for Bose-Einstein condensates J.A. Dunningham and K. Burnett, Physical Review Letters 82, 3729 (1999). Link

  72. Quantum state of a trapped Bose-Einstein condensate J.A. Dunningham, M.J. Collett, and D.F. Walls, Physics Letters A 245, 49 (1998). Link

  73. Manipulating the motion of a single atom in a standing wave via feedback J.A. Dunningham, H.M. Wiseman, and D.F. Walls, Physical Review A 55, 1398 (1997). Link

PhD thesis

  • Quantum phase of Bose-Einstein condensates J.A. Dunningham, DPhil thesis, University of Oxford (2001). Link

Other

  • Quantum Exploits University of Leeds Alumni Magazine (2008). Link