1995 – Volume 22

  1. Pages 3433–3565
  2. Pages 3107–3432
  3. Pages 3011–3106
  4. Pages 2885–3010
  5. Pages 2681–2884
  6. Pages 2553–2680
  7. Pages 2441–2552
  8. Pages 2325–2440
  9. Pages 2079–2324
  10. Pages 1937–2077
  11. Pages 1841–1936
  12. Pages 1637–1840
  13. Pages 1465–1636
  14. Pages 1317–1464
  15. Pages 1161–1316
  16. Pages 1005–1160
  17. Pages 1001–1000
  18. Pages 743–867
  19. Pages 663–742
  20. Pages 527–662
  21. Pages 325–525
  22. Pages 183–323
  23. Pages 101–100
  24. Pages 1–12

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First Results from NASA's Magnetospheric Multiscale (MMS) Mission

The Magnetospheric Multiscale (MMS) mission has been performing particle and electromagnetic field measurements in the near-Earth environment since its launch in March 2015. Thanks to data with unprecedented time resolution on four identical spacecraft in a close tetrahedron configuration (down to 10 km), MMS science goals are to probe and understand the electron-scale physics involved in the magnetic reconnection process. This collection provides a selection of key results obtained during the first phase of the mission at the dayside magnetopause. It includes new observations of the geometry and variability of the reconnection process, the detailed dynamics of particles, fields and waves in the vicinity of the reconnection region, the observation of small-scale signatures at current sheets formed in the magnetosheath, in Kevlin-Helmholtz vortices, or flux transfer events, as well as other small-scale features which are by-products of magnetic reconnection or not. These results open a new window for our understanding of magnetic reconnection in space, with direct and numerous implications for astrophysical and laboratory plasmas.

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