Log inSign up
Johns Hopkins APL
4,560 posts
Johns Hopkins APL profile banner
@JHUAPL

Johns Hopkins APL

@JHUAPL
Johns Hopkins Applied Physics Laboratory (APL) is a not-for-profit center for engineering, research and analysis. Retweets/follows ≠ endorsements
Laurel, Maryland
jhuapl.edu
Joined February 2009
781
Following
33.5K
Followers
RepliesRepliesRepostsRepostsMediaMedia

Log in or sign up for X

See what’s happening and join the conversation

Continue with phone
or
Log in with username or email
Terms·Privacy·Cookies·Accessibility·Ads Info·© 2026 X Corp.
  • @JHUAPL
    Johns Hopkins APL
    @JHUAPL
    Aug 24
    For more than 15 years, APL’s Precision Engagement of Moving Targets (PEMT) capability has powered critical sea, land, and air defense systems, fusing data from multiple sensors to track moving targets and meet evolving mission needs.
    Johns Hopkins APL-Developed Target-Tracking Tech Drives Critical Defense Systems | Johns Hopkins...
    From jhuapl.edu
  • @JHUAPL
    Johns Hopkins APL
    @JHUAPL
    Aug 21
    Dragonfly partner @LockheedMartin visited Johns Hopkins APL today and viewed the Dragonfly Lander flight hardware before the rotorcraft ships to Lockheed Martin in Denver next year for system-level integration and testing.
  • @JHUAPL
    Johns Hopkins APL
    @JHUAPL
    Aug 19
    While testing the APL-led PIMS instrument aboard @NASA's Europa Clipper, researchers detected solar wind conditions revealing a hidden massive solar eruption. Data from PIMS and 16 other spacecraft show the value of multipoint space weather forecasting. jhuapl.link/science-snapsh…
    1
  • @JHUAPL
    Johns Hopkins APL
    @JHUAPL
    Aug 19
    Sam Yee and Scott Murchie were jointly awarded APL’s Lifetime Publication Achievement Award last month. Together, they have published over 450 scientific papers that have advanced our understanding of Earth, Mars, and the broader solar system. jhuapl.link/osl
  • @JHUAPL
    Johns Hopkins APL
    @JHUAPL
    Aug 17
    Researchers at Johns Hopkins APL are using the heat-sensing proteins found in pit vipers and pythons to develop biologically driven thermal sensors that could one day operate with little or no conventional electrical power. jhuapl.link/wwo