Short reviews in Nature and Science journals

    1. F. Nori
      Intermittently flowing rivers of quantized magnetic flux
      Science 271, 1373-1374 (1996). [PDF][Link][HTML]
      Animations are available here: [Local].

    2. F. Nori, A. Tonomura
      Helical spin order on the move
      Science 311, 344-345 (2006). [PDF][Link]

    3. F. Nori
      Reversible diodes for moving quanta
      Nature Physics 2, 227 (2006). [PDF][Link]

    4. A. Tonomura, F. Nori
      Disturbance without the force
      Nature 452, 298-299 (2008). [PDF][Link]

    5. F. Nori
      Atomic physics with a circuit
      Nature Physics 4, 589 (2008). [PDF][Link]

    6. F. Nori
      Geometrical optics: The dynamics of spinning light
      Nature Photonics 2, 716 (2008). [PDF][Link]
      See also [PDF].

    7. F. Nori
      Quantum football
      Science 325, 689-690 (2009). [PDF][Link]

    8. E.A. Ostrovskaya, F. Nori
      Giant Rydberg excitons: Probing quantum chaos
      Nature Materials 15, 702–703 (2016). [PDF][Link][Link]

    9. W. Qin, F. Nori
      Enhanced Interactions Using Quantum Squeezing
      Physics 17, 64 (2024). [PDF][Link]


Short reviews (published in APS, Science, and Nature journals) written by others on our work

    1. G. D'Anna
      Controlling the motion of quanta
      Nature Materials 1, 143-144 (2002). [PDF][Link]

    2. Paul Umbanhowar
      Granular materials: Shaken sand - a granular fluid?
      Nature 424, 886-887 (2003). [PDF][Link]

    3. H. Hilgenkamp, V.V. Moshchalkov, P. Kes
      Flux Quanta on the Move
      Science 302, 1159 (2003). [PDF][Link]

    4. Akira Tonomura
      Superconductivity: Conveyor belts for magnetic flux quanta
      Nature Materials 5, 257-258 (2006). [PDF][Link]

    5. Joe Orenstein
      Josephson plasmons: The new wave
      Nature Physics 2, 503-504 (2006). [PDF][Link]

    6. Peter Rodgers
      Magnetic devices: New look for flux diodes
      Nature Nanotechnology, (2007). [PDF][Link]

    7. J. Thomas
      Synopsis: How to accelerate the wall of an optical waveguide
      Physics, September 28 (2009). [PDF][Link]

    8. S. Hebboul
      Synopsis: Superconductor optics
      Physics 10, 1103 (2010). [PDF][Link]

    9. H.X. Lin, D.A. Muller
      Electron microscopy: A new spin on electron beams
      Nature Nanotechnology 5, 764-765 (2010). [PDF][Link]

    10. Howard M. Wiseman
      Quantum control: Squinting at quantum systems
      Nature 470, pp. 178-179 (2011). [PDF][Link]

    11. Diego A.R. Dalvit
      Quantum physics: Shaking photons out of the vacuum
      Nature 479, 303-304 (2011). [PDF][Link]

    12. Chong Yidong
      Nonlinear optics: Asymmetry from symmetry
      Nature Physics 10, 336-337 (2014). [PDF][Link]

    13. Harald G.L. Schwefel
      In optical pumping, less can be more
      Science 346, 304-305 (2014). [PDF][Link]

    14. M. Stone
      Topology, spin, and light
      Science 348, pp. 1432-1433 (2015). [PDF][Link]

    15. E. Brasselet
      Optomechanical tomography
      Nature Physics 12, 725 (2016). [PDF][Link]

    16. M. Sciamanna
      Optomechanics: Vibrations copying optical chaos
      Nature Photonics 10, 366–368 (2016). [PDF][Link]

    17. P. Ball
      Focus: Two Atoms Can Jointly Absorb One Photon
      Physics 9, 83 (2016). [PDF][Link]

    18. Y. Li
      Quantum currency: No safe bets
      Nature Physics 13, 205 (2017). [PDF][Link]

    19. S. Rotter
      Viewpoint: PT Symmetry Goes Quantum
      Physics 11, 54 (2018). [PDF][Link]

    20. G.S. Paraonau, G. Johansson
      Listening to the quantum vacuum: a perspective on the dynamical Casimir effect
      Europhysics News 51, pp. 18-20 (2020). [PDF][Link]

    21. F. Cardano, L. Marrucci
      Longitudinal fields and transverse rotations
      Nature Photonics 15, pp. 72-74 (2021). [PDF][Link]

    22. H. Buljan, D. Jukic, Z. Chen
      Loss leads the way to utopia
      Nature Physics 18, pp. 371-372 (2022). [PDF][Link]