May issue

This month we demonstrate coherent control of a multi-qubit dark state, examine the Fermi surface in cuprates, and say farewell to our Letter format.


  • Ultracold quantum technologies

    The impressive achievements made with quantum gases rely on continuous improvements in the underlying methods. This Insight reviews recent technological advances that have deepened and broadened the capabilities of ultracold gas experiments

Nature Physics is a Transformative Journal; authors can publish using the traditional publishing route OR via immediate gold Open Access.

Our Open Access option complies with funder and institutional requirements.


  • The concept of quasi-symmetry—a perturbatively small deviation from exact symmetry—is introduced and leads to topological materials with strong resilience to perturbations.

    • Chunyu Guo
    • Lunhui Hu
    • Philip J. W. Moll
  • Electrical readout of the state of an antiferromagnet is an important goal for spintronic applications. Now, detection of the electrical voltage created by a thermal gradient in a canted antiferromagnet suggests a route for achieving this goal.

    • Weiwei Lin
    • Jiaming He
    • C. L. Chien
  • Electrons in PdCoO2 can travel a long way before being scattered, and their band structure is such that they can travel in only one of three directions. As a result, the current flow through this nanoscale conductor can be very efficient.

    • Maja D. Bachmann
    • Aaron L. Sharpe
    • Philip J. W. Moll
    Article Open Access
    • The appearance of small local gaps in the electronic band structure of a topological semimetal is attributed to a hidden quasi-symmetry that produces a large Berry curvature.

      • Marc A. Wilde
      • Christian Pfleiderer
      News & Views
    • An experimental realization of an artificial spin glass is demonstrated, with an arrangement of Ising-type permalloy nanomagnets mimicking the structure of artificial spin ice — and a particular type of neural network.

      • Denys Makarov
      News & Views
    • Biomolecular condensates grow in busy cellular environments. Statistical image analysis of heterogeneous structures now enables quantification of macromolecular interactions between condensates and cytoskeletal filaments.

      • Tina Wiegand
      • Arjun Narayanan
      News & Views
  • As conventions in scholarly publishing evolve, it is appropriate to reassess the options that we provide to our authors. In this spirit, Nature Physics will soon stop accepting submissions in our Letter format.

  • Progress in research would be impossible without state-of-the art instruments, but their contributions are often underappreciated.

  • Juris Meija takes a look at the tumultuous past of the atomic unit of mass from its beginnings as an idea to its most recent revisions in a hotel bar.

    • Juris Meija
    Measure for Measure

Ultracold quantum technologies

The impressive achievements made with quantum gases rely on continuous improvements in the underlying methods.


Nature Careers