Technology Highlights
Sun
Aug 7, 2020
Heliophysics Technology and Instrument Development for Science (H-TIDeS) seeks to advance the development of new instruments and technologies and their application t
Sun
Jan 28, 2020
The balloon-borne PMC Turbo experiment successfully provided information about small-scale instabilities and turbulence in the mesosphere that will ultimately contribute to improving weather and climate models.
Sun, Earth’s Space Environment
Jan 6, 2020
X-rays from the Sun help us probe the highest-energy phenomena that occur in our solar system, including solar storms and their origins. The Sun presents some unique challenges to researchers attempting to unravel its high-energy behavior. To deal with these challenges, a sounding rocket experiment... Read More
Sun, Earth’s Space Environment
Dec 2, 2019
This blog post originated in the 2018 Science Mission Directorate Science and Technology Report.
PROJECT
The Microwave Electrojet Magnetogram (MEM)
KEY POINTS
The low SWaP MEM sensor enables cost-effective implementation of future high-impact ionospheric current investigations on resource-... Read More
Sun
Sep 9, 2019
This blog post originated in the 2018 Science Mission Directorate Science and Technology Report.
Sun
Apr 16, 2019
Earth’s ionosphere is increasingly recognized as a region of space that directly impacts the development and use of space assets for modern society. Monitoring the state of the ionosphere requires space-based instrumentation and preferably a fleet of spacecraft with identical instrumentation.
Sun
Jun 18, 2018
A team led by University of Colorado researchers has successfully developed the first science CubeSat mission for NASA’s Heliophysics Division. The Miniature X-ray Solar Spectrometer-1 (MinXSS-1) is a 3-Unit CubeSat measuring the energy distribution of soft X-rays from the sun.
Sun, Earth’s Space Environment
Feb 20, 2018
Global wind and temperature measurements in the lower thermosphere (100-150 km above Earth) are the two most important variables needed to accurately predict space weather and climate change. An innovative technique is being developed jointly by the Johns Hopkins University Applied Physics... Read More
Sun
Nov 9, 2016
Technology Development: Remote sensing of magnetic fields requires both precision spectroscopy and precision polarimetry (spectro-polarimetry). NASA led an international team that developed the Chromospheric Lyman-Alpha Spectropolarimeter (CLASP)—the first instrument to achieve the spectro-... Read More
