• Protecting U.S. Energy Grid and Nuclear Weapons Systems

    To deter attempts to disable U.S. electrical utilities and to defend U.S. nuclear weapon systems from evolving technological threats, Sandia researchers have begun two multiyear initiatives to strengthen U.S. responses.

  • Bolstering Realistic Radiation Training

    The Radiation Field Training Simulator (RaFTS) technology provides a first responder training solution that can be used to protect against acts of radiological or nuclear terrorism and to deal with their subsequent aftermath.

  • Fusion Researchers Endorse Push for Pilot Power Plant in U.S.

    The growing sense of urgency around development of fusion technology for energy production in the United States got another boost this week with the release of a community consensus report by a diverse group of researchers from academia, government labs, and industry. High among its recommendations is development of a pilot fusion power plant, an ambitious goal that would be an important step toward an American fusion energy industry.

  • COVID-19 Treatment Might Already Exist in Old Drugs – We’re Using Pieces of the Coronavirus Itself to Find Them

    As a systems biologist who studies how cells are affected by viruses during infections, I’m interested in the question how long will it take to develop drugs to treat COVID-19. Finding points of vulnerability and developing a drug to treat a disease typically takes years. But the new coronavirus isn’t giving the world that kind of time. With most of the world on lockdown and the looming threat of millions of deaths, researchers need to find an effective drug much faster.

  • Making Bioweapons Obsolete

    As the threats posed by bioterrorism and naturally occurring infectious disease grow and evolve in the modern era, there is a rising potential for broad negative impacts on human health, economic stability and global security. To protect the United States from these dangers, researchers are taking on the ambitious goal of making bioweapons obsolete.

  • Safe, Fast Radionuclide Detection

    In the event of a radiological release, such as from an improvised nuclear device, immediately assessing the threat to public safety would be critical. Rapid detection of radioactive materials can save lives, reduce the environmental impact of such an event and save taxpayer dollars. Current hand-held detection methods, however, are unreliable at detecting very low levels of alpha radiation from actinides, such as uranium, due to environmental influences.

  • COVID-19 Diagnostic Based on MIT Technology Might Be Tested on Patient Samples Soon

    As more COVID-19 cases appear in the United States and around the world, the need for fast, easy-to-use diagnostic tests is becoming ever more pressing. A startup company spun out from MIT is now working on a paper-based test that can deliver results in under half an hour, based on technology developed at MIT’s Institute for Medical Engineering and Science (IMES). A variety of MIT research projects could aid efforts to detect and prevent the spread of coronavirus.

  • Oxford Scientists Develop Rapid Testing Technology for COVID-19

    Oxford University scientists have developed a rapid testing technology for the novel corona virus SARS-CoV-2 (COVID-19). The new test is much faster and does not need a complicated instrument. Previous viral RNA tests took 1.5 to 2 hours to give a result. The research team has developed a new test, based on a technique which is capable of giving results in just half an hour – over three times faster than the current method.

  • COVID-19 Virus Isolated: Better Testing, Treatments, Vaccines Near

    Canadian researchers have isolated SARS-CoV-2 (coronavirus 2), the agent responsible for the ongoing outbreak of COVID-19, bringing the world closer to developing better diagnostic testing, treatments, and vaccines, and gaining a better understanding of SARS-CoV-2 biology, evolution, and clinical shedding. Researchers in North Carolina said Thursday that they produced a Virus-Like Particle (VLP) of the novel coronavirus, marking the first step in Covid-19 vaccine development.

  • Novel Cybersecurity Approach to Protect Army Systems

    Networked devices and infrastructure are becoming increasingly complex, making it nearly impossible to verify an entire system, and new attacks are continuously being developed. Researchers have identified an approach to network security that will enhance the effectiveness and timeliness of protection against adversarial intrusion and evasion strategies.

  • Water Cannon Technology Disarms IEDs

    Improvised explosive devices (IEDs) are a constant and ever-changing threat to the security of our nation. Their extreme destructive potential demands innovative solutions. That’s where the Reverse Velocity Jet Tamper (ReVJeT) comes in. ReVJeT breaks apart IEDs by targeting a stream of high-velocity liquid, such as water. It does not detonate the device, but rather disarms it from a distance and allows bomb technicians do their jobs faster, safer, and more effectively.

  • Identify, Track, Capture: Addressing UAS Threats

    Sandia National Laboratories robotics experts are working on a way to intercept enemy unmanned aircraft systems midflight. They successfully tested their concept indoors with a swarm of four unmanned aircraft systems that flew in unison, each carrying one corner of a net. Acting as a team, they intercepted the flying target, trapped it in air like an insect caught in a web and safely lowered it to the ground.

  • Mind Reading: New Software Agents Will Infer What Users Are Thinking

    Personal assistants today can figure out what you are saying, but what if they could infer what you were thinking based on your actions? A team of academic and industrial researchers is working to build artificially intelligent agents with this social skill.

  • A First: New Bridge Building Technology Successfully Used in Austrian Alps

    There are many different methods for erecting bridges, but the new technique — the balanced lowering method — is quite spectacular: the bridge is not built horizontally, as would normally be case, but erected in a vertical position and then rotated into the horizontal position. The new bridge construction technology has now been successfully used in the construction of the Fürstenfeld Motorway in the Austrian Alps.

  • Laser Defense System against Next Gen Autonomous Attack Drones

    attack drones are becoming increasingly common threats, and future attack drones will be completely autonomous, navigating via onboard sensors and cameras and eschewing any sort of exploitable communication link. In order to neutralize them before they reach their target, a “hard kill” option is needed to physically target and shoot down the drone. A Ben Gurion University (BGU) laser expert has developed a laser-based defense system, dubbed Light Blade (Lahav-Or in Hebrew), that will be able to down the next generation of attack drones.