Articles tagged with Military Technology
The Navy plans to double its investment in STEM education over the next five years, aiming to inspire the next generation of scientists and engineers. The initiative will increase funding to more than $100 million by 2015, with a focus on under-represented communities.
A new medical device developed using submarine technology detects, diagnoses, and monitors stroke with high accuracy. The device can differentiate between normal brain activity and life-threatening conditions, allowing immediate treatment to begin.
The Office of Naval Research has selected 10 finalists for its Chief of Naval Research Challenge, offering each a $100,000 research grant. The recipients will apply the funds to their research areas, addressing various naval forces challenges.
The Air Force Office of Scientific Research has selected winners for the Nanosat-6 Flight Competition Review, with Michigan Technological University taking first place. The winning teams will receive assistance to become flight-ready, and one satellite will be launched as a secondary payload on an STP launch.
The Office of Naval Research showcased various technologies to improve warfighting capabilities and reduce vessel ownership costs. The Enhanced Hybrid Electrical Drive (EHED) and Shipboard Energy Storage Module (SESM) aim to enhance fuel efficiency and ensure power system stability.
The Magnetic Energy Recovery Switch (MERS) harnesses and recycles residual magnetic power to control electrical flow, significantly reducing lighting energy consumption by 39 percent. The technology has the potential to reduce the Navy's total energy consumption from alternative sources by 40% by 2020.
Researchers have developed a new treatment for war injuries using Photochemical Tissue Bonding, which produces better healing outcomes than conventional materials. The technology involves applying a dye to the wound and exposing it to green light, creating an immediate, water-tight seal that reduces inflammation.
Researchers successfully tested physical-layer quantum encryption over free space optical links with AOptix's patented adaptive optics correction, achieving low loss and stability. NuCrypt's AlphaEta quantum-noise randomized encryption technology enhances security without compromising current optical infrastructure.
The Ground Renewable Expeditionary ENergy System (GREENS) is a 300-watt photovoltaic/battery system that provides continuous power to Marines in the field. The system reduces logistical supply chain for fuel, cutting fuel use and costs associated with resupply convoys.
Researchers have discovered a way to transform shiny metal into black by using intense laser light, creating a new class of material for various applications. This process enhances aircraft performance by cooling electronic systems and allowing planes to dominate in flight.
The Mobile Cleaning Reclaim and Recovery System (MCRRS) vehicle cuts grime with pressurized water, reclaims spent cleaning water and recycles hazardous materials. The system has improved flight deck safety, reduced maintenance time and enhanced aircraft carrier operations.
The US Navy has successfully demonstrated a revolutionary new counter-mine technology for ships, utilizing superconducting ceramic materials to neutralize the magnetic signature of the ship. This technology provides a warfighting advantage and can act like a cloaking device to eliminate the magnetic signature of the ship.
Dr. Robert D. Ballard returned to the Office of Naval Research to discuss the future of deep-sea exploration and its applications for the fleet. He highlighted ONR's investments in cutting-edge technologies, such as Remotely Operated Vehicles, Unmanned Undersea Vehicles, and autonomy.
The Office of Naval Research has delivered the Gruntworks Research for Infantry Integration Testing (GRIIT), a virtual reality environment that improves the integration of infantry combat equipment. GRIIT employs 21 cameras using ONR-developed Video Flashlight technology to create an extremely realistic evaluation environment.
The Office of Naval Research (ONR) has been selected by the Pentagon to manage a critical joint training program, known as FITE JCTD, which aims to develop realistic, live-action virtual environments for warfighter training. The program is expected to address joint, coalition and interagency gaps in training capabilities.
A partnership between RIT and Lockheed Martin has equipped US military vehicles with new systems monitoring technology to improve performance and environmental quality. The project also led to the creation of a spin-off company, LIBAN Inc, which aims to expand the use of software and hardware applications for commercial vehicle fleets.
Researchers from Virginia Tech, University of Pennsylvania, and Drexel University aim to create high-performance membranes and electroactive devices using ionic liquids. The project seeks to integrate ILs into various applications, such as fuel cell membranes, micro sensors, and smart clothes.
A new computer system using DNA will be developed to solve complex logistical problems, such as evacuation logistics after a hurricane. The system aims to calculate optimal evacuation routes and supply logistics in record time.
The ULTRA AP concept vehicle combines proven technologies with advanced materials and engineering concepts to enhance survivability and mobility. The design incorporates novel armor designs, blast protection, and on-board computers for improved safety and performance.
The Office of Naval Research will host a venture initiative called the 'wargame,' which aims to improve the technology transition process. The game will examine venture capital decision-making and mechanisms for engaging the venture capital community.
Geneva Aerospace successfully tested a variable autonomy control system that allows a single human operator to control three unmanned aerial vehicles (UAVs) during a mission. The demonstration showed advanced yet affordable technologies can enable non-aviators to coordinate multiple UAVs, significantly reducing logistical burden.
The Marine Corps has developed an automated suite of tools called the Coherent Analytical Computing Environment (CACE) to help simplify complex mission planning. The CACE Decision Support Suite can produce four weeks' worth of flight schedules in just 15 minutes, reducing the time spent on scheduling from hours to minutes.
The Texas General Land Office and Texas A extM University are loaning the Navy two state-of-the-art buoys to monitor ocean currents and temperatures during the Ehime Maru salvage effort in the Pacific Ocean. The buoys will provide real-time data to support decision-making on how work should progress.
The US Navy is adopting new green LEDs in traffic lights that can deliver up to 10 times more power at microwave frequencies as traditional silicon semiconductors, promising improved radar systems performance. Gallium nitride-based materials are being used to replace vacuum tubes in high-power military microwave systems.
NASA and Lockheed Martin have agreed on a plan to proceed with the X-33 space plane program, including the use of aluminum fuel tanks for hydrogen fuel. The restructured plan focuses on milestone payments and mission safety, with the goal of reducing launch costs.
NASA's X-34 and X-40A vehicles will be showcased at the Reusable Launch Vehicle (RLV) Technology Exposition, highlighting the X-37 Project and its related technologies. The event will provide an opportunity for industry representatives to learn about the program and its benefits.
A new vaccine technology has demonstrated a dramatically enhanced immune response in mice against tumor growth and infection. The PIC vaccine bypasses key steps in the normal chain of events leading to immune response, directly targeting the cellular switch to muster a potent attack on foreign proteins.
The Navy is hosting its first annual Naval-Industry R&D Partnership Conference to discuss reducing barriers between government and commercial industries. The conference aims to leverage commercial products and technology to maintain advanced capabilities and reduce costs.
A new technology developed by Dr. Lawrence Larsen at Sandia National Laboratories can treat benign prostatic hyperplasia (BPH) without surgery, reducing side effects and costs. The non-invasive procedure uses radio frequency energy to kill excess cells, shrinking the prostate gland and alleviating urinary obstruction and pain.
VRAM memory has the potential to replace mechanically driven storage media, reducing transistors needed for lower cost and retaining information without constant refreshing. The technology is well-suited for space, avionics, and shipboard applications due to its high-density, non-volatility, radiation-hardness, and low-power attributes.
Acoustical technology developed at CU-Boulder uses high-frequency pulses to detect fouling deposits on membranes, allowing for more efficient purification of drinking water. The technique has the potential to reduce chemicals needed and improve membrane performance in applications such as seawater desalination.
Researchers have reported the highest and most stable electron emission densities observed to date, desirable for flat-panel displays and microwave amplifiers. The carbon nanotubes' sharp tip and chemical robustness contribute to their superior stability and uniform emission.
Researchers at the University of Rochester have adopted Belarusian-developed magnetorheological finishing (MRF) technology to polish high-precision optics, including camcorders, CD players, and telescopes. The process uses a unique slurry that changes viscosity in response to magnetic fields.
The U.S. Army has implemented a new computerized supply tracking system called Wildcat, which applies commercial strategies and wireless technology to improve efficiency and reduce costs. The system tracks supplies using hand-held mobile computers and a central database, eliminating the need for manual ordering and inventory management.
A new product derived from a marine alga has been developed by Marine Polymer Technologies, which can induce blood clot formation and stop severe bleeding. The bandage is lightweight, easy to transport, and has a shelf life of up to two years, presenting less risk for disease transmission.
The Office of Naval Research has developed proprietary technology to improve hearing protection devices for service personnel exposed to high-level noise. The composite material absorbs acoustical energy more effectively, resulting in better-fitting and more effective ear-protection devices.
The Office of Naval Research has developed a system that uses complex mathematical steps to filter out unwanted material in surveillance images and locate land mines. This new technology can find above-ground mines in an aerial picture in less than a minute, producing results superior to existing systems.
The Advanced Applied Technology Demonstration Facility has developed innovative technologies for hazardous waste cleanup, addressing difficult subsurface and ground water contamination problems. The partnership between government, industry, and academia has led to the creation of engineering design manuals and commercialization summaries.
A study by Dr. Barry Bayus found that PC product lifespans have not accelerated over time, contradicting conventional wisdom. Despite rapid innovation, manufacturers have maintained consistent product lifecycles within their lines, suggesting a balanced approach to strategy and R&D investment.
Researchers aim to address wave front errors caused by vibrations and thermal stresses in large space telescopes, affecting their clarity and focus. They've developed software-based solutions to detect and correct these aberrations, enabling better performance for space exploration.
Two electrically based technologies, Six-Phase Soil Heating and In Situ Corona, are being commercialized for rapid and effective cleanup of contaminated soils. These methods utilize electrical current to heat the soil, removing contaminants through steam stripping or destruction by ionizing plasma.
The University of Illinois is using satellites and sensors to monitor crop yields, soil moisture, and pest infestations. This technology aims to improve agricultural efficiency while reducing chemical runoff and soil erosion, benefiting the environment.
Researchers successfully demonstrated a novel cleanup technology that efficiently destroys various organic contaminants, including benzene and perchloroethylene, using nonthermal plasma. The technology achieved destruction fractions of up to 99.9 percent, with potential commercial applications for treating legacy waste problems.
The new technology uses parallel computing to analyze reflected sound waves, creating three-dimensional images quickly enough for clinicians to view a whole human heart as it beats. The system also enables doctors to electronically dissect and display selected slices of medical interest on a computer screen.