Johns Hopkins University Applied Physics Laboratory
WEBResearchers at Johns Hopkins APL are pooling their expertise and established experience in materials, modeling, AI, and sensing to develop the technology and knowledge for a sustainable and lasting foothold in this rapidly changing region. We solve complex research, engineering, and analytical problems that present critical challenges to our ...
Cislunar Science and Technology | Johns Hopkins University …
WEBThe Moon is a cornerstone of solar system science and the closest world beyond our own on which humans may establish a sustainable presence. The scientific, economic, and national security value of cislunar space has brought about an era of intense international cooperation and competition, marked by unprecedented utilization of the space beyond …
WEB28 JOHNS TECHNICAL , VOLUME 29, 1 2010˚ N. F. PALUMBO, R. A. BLAUWKAMP,AND J. M. LLOYD the angular velocity of the rotating frame with respect to the inertial frame. The former component is equal to
Careers - Johns Hopkins University Applied Physics Laboratory
WEBAbout Danielle. With a longtime interest in health and environmental chemistry, geochemist Danielle Nachman is passionate about using her expertise to develop eco-friendly solutions that will filter and destroy dangerous forever chemicals and provide clean drinking water across the country. She’s leading a lab of researchers who have ...
Internships - Johns Hopkins University Applied Physics Laboratory
WEBWe have a few business internship opportunities. Typical internship assignments may include: Developing software applications. Designing and prototyping hardware and electronic instruments. Signal processing and data analysis. Algorithm analysis and development. Embedded systems testing and integration. Modeling and simulation.
Johns Hopkins APL Contributes ‘Once in a Lifetime’ Navy SPY-6 …
WEBAs a result of a collaborative effort including Raytheon and the Johns Hopkins Applied Physics Laboratory (APL), the U.S. Navy recently received delivery of the first Air and Missile Defense Radar (AMDR) AN/SPY-6 (SPY-6) array for installation on DDG-125, the latest destroyer in the Arleigh Burke class.
The Van Allen Probes Transformed Everything We Know About …
WEBAug 31, 2021 — Nine years ago this week, NASA’s Van Allen Probes launched on a mission to fly through and study Earth’s ring current and radiation belts — rings of charged particles trapped in Earth’s magnetic field. Built and operated by the Johns Hopkins Applied Physics Laboratory in Laurel, Maryland, the Van Allen Probes transformed our understanding of …
WEBToday, in 2021, hyperson-ics receive tremendous attention as geopolitical forces return nations to a great-power competition.1 This arti-cle briefly summarizes APL’s contributions to the field, assesses the current state of technology, and makes some projections for the future of hypersonics at the time of APL’s centennial celebration.
MESSENGER - Johns Hopkins University Applied Physics Laboratory
WEBEmbarking on a 4.9-billion mile (7.9-billion kilometer) journey that included 15 loops around the Sun, MESSENGER’s trajectory included flybys of Earth, Venus, and Mercury itself before easing into orbit around its target planet. The Earth and Venus flybys used the pull of the planets’ gravity to guide solar-powered MESSENGER toward Mercury ...
Dragonfly - Johns Hopkins University Applied Physics Laboratory
WEBAPL will design, build, and operate the Dragonfly rotorcraft-lander. With eight rotors, Dragonfly will take advantage of Titan’s dense atmosphere and low gravity to fly between locations — traveling up to 110 miles (175 kilometers), farther than any planetary surface mission.. Dragonfly will be equipped with a sampling system that uses drills to collect …