-
A first: Quantum cryptography secures ballots in Swiss election
Quantum cryptograhpy finds real-world application in guaranteeing integrity of 21 October ballot in the canton of Geneva
-
-
Quantum communication nearer as entanglement swapping realized
Security and computing experts cannot wait for quantum communcation to be mastered; good thing, then, that Swiss researchers show, for the first time, photon pairs entanglement swapping
-
-
Exceedingly strong composite plastic for personal, vehicle protection
University of Michigan scientists, emulating the molecular structure found in seashells, create a composite plastic which is as strong as steel but lighter and transparent; ideal for personal and vehicle protection
-
-
Formula One technologies help U.K. military
BAE collaborates with Motorsport Industry Association for the purpose of using suitable motor sports tehcnologies for making military vehicles more secure and durable
-
-
Questions raised about certification of new nuclear warhead design
The Bush administrattion wants to replace cold war-era nuclear warheads with a newly designed Reliable Replacement Warhead (RRW); trouble is, a 1992 U.S.-Russia treaty imposed a moratorium on all nuclear tests, so the new design cannot be tested
-
-
Liquid explosives detection technology is almost here
After the plot to blow up trans-Atlantic airlines with liquid explosives was uncovered in London in August 2006, pressure has grown to find new ways to detect liquids in baggage and on airline passengers and figure out what they are
-
-
First true invisibility cloak created
University of Maryland researchers develop first true invisibility cloak; it is still small — well, at 10 micrometres in diameter, very small — and works only in two dimensions, but shows that true invisibility is practicable
-
-
Army researchers develop IED-detecting radar
Researchers at the Army Research Lab develop new low-frequency, ultra-wideband radar which detects IEDs, senses through walls, and supports robotic ground vehicles
-
-
Stanford researchers offer revolutionary design for computer chips
Moore’s law stipulates that the number of transistors squeezed onto a computer chip can be doubled about every two years; the law was threteaned by the damaging heat generated by the chips as their transistors become more densely packed; new design solves problem; “What we managed to do is basically get rid of the magnetic field,” says lead researcher
-
-
NASA engineers develop FISMA compliance tool
NASA engineers are good at developing complex space exploration systems, but they were frustrated by the demanding FISMA compliance and reporting requirements; so they developed an automated tool to take care of it
-
-
Argneitna warms up to UAVs
Argentina plans to increase use of UAVs for various homeland security and law enforcement missions
-
-
DuPont to invest $500 million to expand Kevlar production
Growing demand for personal and vehicle protection conveniences company to increase Kevlar production capacity by 25 perent
-
-
Mechanical mole seeks out disaster survivors under collapsed buildings
Robots already roll, walk, slither, and even “swarm” to locate or help survivors, so why not dig and burrow? University of Manchester rsearchers build a digging robot which imitates the common European mole
-
-
InRob Tech leverages military technology in civilian markets
A remote-control and robotics specialist uses technologies developed for defense and homeland security for civilian market applications
-
-
Elephant trap for truck-bombs
A truck bomb killed 241 soliders in Beirut in 1983, and they continue to reap their grim harvest in Iraq and Afghanistan; a designer suggests an elephant-trap design as proetction
-
The long view
A Shining Star in a Contentious Legacy: Could Marty Makary Be the Saving Grace of a Divisive Presidency?
While much of the Trump administration has sparked controversy, the FDA’s consumer-first reforms may be remembered as its brightest legacy. From AI-driven drug reviews to bans on artificial dyes, the FDA’s agenda resonates with the public in ways few Trump-era policies have.
Risk Assessment with Machine Learning
Researchers utilize geological survey data and machine learning algorithms for accurately predicting liquefaction risk in earthquake-prone areas.
Foundation for U.S. Breakthroughs Feels Shakier to Researchers
With each dollar of its grants, the National Institutes of Health —the world’s largest funder of biomedical research —generates, on average, $2.56 worth of economic activity across all 50 states. NIH grants also support more than 400,000 U.S. jobs, and have been a central force in establishing the country’s dominance in medical research. Waves of funding cuts and grant terminations under the second Trump administration are a threat to the U.S. status as driver of scientific progress, and to the nation’s economy.
The True Cost of Abandoning Science
“We now face a choice: to remain at the vanguard of scientific inquiry through sound investment, or to cede our leadership and watch others answer the big questions that have confounded humanity for millennia —and reap the rewards.”
Bookshelf: Smartphones Shape War in Hyperconnected World
The smartphone is helping to shape the conduct and representation of contemporary war. A new book argues that as an operative device, the smartphone is now “being used as a central weapon of war.”
New Approach Detects Adversarial Attacks in Multimodal AI Systems
New vulnerabilities have emerged with the rapid advancement and adoption of multimodal foundational AI models, significantly expanding the potential for cybersecurity attacks. Topological signatures key to revealing attacks, identifying origins of threats.