Publications by authors named "Eftyhia Zesta"

Based on decades of single-spacecraft measurements near 1 au as well as data from heliospheric and planetary missions, multi-spacecraft simultaneous measurements in the inner heliosphere on separations of 0.05-0.2 au are required to close existing gaps in our knowledge of solar wind structures, transients, and energetic particles, especially coronal mass ejections (CMEs), stream interaction regions (SIRs), high speed solar wind streams (HSS), and energetic storm particle (ESP) events.

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Article Synopsis
  • - Many space plasmas, particularly electrons in planetary ionospheres, have intricate structures that are tough to analyze with conventional space plasma instruments due to their 10-20% energy resolution.
  • - A new device combining a top-hat Electrostatic Analyzer (ESA) and an Retarding Potential Analyzer (RPA) offers extremely high energy resolution, and can function as a standard plasma analyzer when the RPA is grounded.
  • - Laboratory tests of this new technique demonstrated an impressive energy resolution of 1.6% that remains consistent across different energies and angles, suggesting its potential for improved plasma analysis.
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