With the arrival of the Republican National Convention with over 50,000 individuals in Tampa, Florida, the weather and Tropical Storm Isaac is being highlighted more than the political landscape.
GE declared that it has signed an agreement to acquire Naxys, a supplier of passive acoustic technology-based subsea leak detection and condition monitoring sensors.
On behalf of Kidde and the California Safe Homes Coalition, a survey was conducted by an independent research group, Qualtrics.
Daniel Grumiller and Gabriela Mocanu, researchers at the Vienna University of Technology, have devised a new technique to demonstrate the existence of theoretical ‘axions,’ which may encircle a black hole and extort energy from it. This may result in the emission of gravity waves, which can then be calculated.
Scientists at Naval Research Laboratory (NRL) have used scans from the Remote Atmospheric and Ionospheric Detection System (RAIDS) experiment and acquired an altitude profile of a dim extreme-ultraviolet terrestrial airglow emission. This provides critical information that is required for enhancing the sophisticated methodologies required for performing remote sensing of the daytime ionosphere.
Researchers at the University of Oslo (UiO) are on a mission to find out the reason behind the interference of northern lights with satellite communications, GPS navigation and radio communications. They will be launching 20 satellites with unique small instruments to find out the happenings in plasma clouds.
Peratech's Electronic Nose sensor
The Pentagon's called on defence manufacturers to come up with a system that can deal with ultra violet energy in broadly the same way that present-day stealth aircraft scatter radar waves. In its own words, it's after a ‘UV obscurant device' capable of being ‘dispersed from an aircraft' that can work alongside the suite of countermeasures already in use, such as infrared flare releasers.
AIRS, built by BAE Systems, Boston, under the direction of NASA's Jet Propulsion Laboratory, Pasadena, Calif., is one of six instruments flying on NASA's Aqua spacecraft as part of NASA's Earth Observing System. AIRS, along with its partner microwave instrument, the Advanced Microwave Sounding Unit (AMSU-A), has faithfully measured our planet's atmospheric temperature, water vapor, clouds and greenhouse gases with unprecedented accuracy and stability. Over the past decade, AIRS and AMSU-A have improved our understanding of Earth's global water and energy cycles, climate change and trends and how Earth's climate system is responding to increased greenhouse gases.
US Seismic Systems (USSI) and Northrop Grumman have entered into fiber-optic technology licensing agreement.
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