Research on the tools that support teaching and learning. Covers AI tutoring, critical-thinking tools, language learning, prevention games, and student engagement.
Sweden's biggest contribution yet to the SKA has passed a major milestone with the delivery of an advanced feed horn for testing in Canada. The sensitive instrument will help astronomers map out the history of the universe and make measurements surpassing today's radio telescopes.
The EU is investing €3 million in innovative aero-engine technologies to achieve a 75% reduction in carbon dioxide emissions per passenger kilometre by 2050. Radical new design concepts and technologies, such as composite engine cycles and heat recycling, are being explored to increase efficiency and reduce waste.
A national testing facility will be built at Colorado State University to evaluate new technologies for sensing methane, a potent greenhouse gas. The facility, funded by ARPA-E, will simulate real-world industry conditions and allow research teams to test new technologies.
Robert Magnusson's research explores the use of nanostructured silicon films to generate light, potentially leading to faster and more compact integrated photonic-electric circuits. The new technology could also improve sensing instruments and make cameras and infrared technology less expensive.
A Johns Hopkins team discovered three ways to send rogue commands to interfere with an airborne hobby drone's operation, causing it to land or crash. The finding highlights the vulnerability of drones to hackers, which is crucial for tasks like aerial deliveries and photography.
A new study by Michigan State University found that people living in green dwellings can lose up to half of their energy savings if they don't use their technologies correctly. The researchers surveyed over 320 certified green residential units to understand the impact of personal habits on energy consumption.
Researchers studied Physarum polycephalum's decision-making abilities using the two-armed bandit problem, finding it compares relative options to make adaptive decisions. The slime mold's algorithm exploits environments in proportion to their reward experienced through past sampling.
Researchers at Tohoku University have discovered the origin and mechanism of ferromagnetism in Mn-doped GaAs, accelerating spintronic element development. The study reveals that doped Mn atoms extract electrons from As atoms, causing ferromagnetism.
A team led by University of Central Florida researcher Debashis Chanda is developing a novel infrared detection technology that could improve night vision, meteorology, and space exploration. The new detector will be tunable and able to see a range of bands, producing high-resolution images without the need for cooling.
Stampede 2 is a new large-scale supercomputing system funded by the NSF, providing high-performance computing capabilities for thousands of researchers across the US. The system will employ cutting-edge processor and memory technology, delivering peak performance of up to 18 Petaflops.
Researchers developed CIBs using PB and PBAs as electrode materials, achieving reversible capacities of 40-50 mAh/g. The excellent cyclability is attributed to the durable structure and charge balance during insertion and extraction of calcium ions.
A recent Science perspective piece explores the tension between urban areas and human connection to nature. Research shows that reduced access to nature contributes to mental illnesses and mood disorders in city dwellers, highlighting the need for thoughtful urban design to incorporate natural elements.
The Cuyahoga Valley National Park, Kent State University, and Cleveland Metroparks have partnered to develop a new learning app called ParkApps. The app features interactive resources and games that promote informal science learning and engagement with the environment.
The University of Texas at Austin has received a $30 million NSF award to build and deploy Stampede 2, a new large-scale supercomputing system that will provide high-performance computing capabilities for thousands of researchers across the U.S. The system is expected to deliver peak performance of up to 18 Petaflops.
Researchers at the University of Missouri have developed radar and bed sensor technologies that monitor walking speed and heart rate to detect early signs of illness. These non-invasive systems provide significant benefits for older adults, allowing for timely intervention before health problems become severe.
Children can learn robotics skills from a young age, with even pre-school students showing complex conceptual thinking and creativity. Robotics provides an engaging way for students and teachers to work together, promoting problem-solving and hands-on learning.
Dr. Ben Choi's research on many-valued logic computers has the potential to increase computation speed and memory capacity, pushing the speed limit of computing. The technology could lead to faster microprocessors and improved data transfer speeds.
A team of scientists at Argonne National Laboratory created a new material called rewritable magnetic charge ice, allowing unprecedented control over local magnetic fields. This innovation could pave the way for smaller and more powerful computers or even play a role in quantum computing.
Researchers developed an algorithm using submarine and guided missile technology to measure intensity of effort in cricketers. The 'torpedo technology' wearables provide a stable measure of bowling load across repeated spells, helping coaches identify fatigue and optimize preparation.
A new study by Johan Schot and colleagues emphasizes the crucial role of ordinary people in driving a transition to a low-carbon energy system. The research identifies five key types of users who interplay to create and change technology and society's application of it, including User-Producers, User-Legitimators, and User-Citizens.
Researchers at the University of Iowa developed an iPad app called Score It to help K-12 teachers assess students' behavior, providing a digital alternative to traditional paper-based methods. The app has been piloted in eastern Iowa schools and shows promise in improving student behavior, with some teachers reporting significant success.
Researchers at the University of Bath's new CAMERA centre are applying motion capture technology to train elite athletes and rehabilitating injured service personnel. The team aims to automate the process of animating non-human creatures using input from human actors, with potential applications in healthcare, sports, and entertainment.
Researchers at Notre Dame have developed a new metamaterial with controllable magnetic ordering, enabling multiple recording functionalities and versatility in spintronics. This breakthrough demonstrates techniques to switch the charge ordering both globally and locally.
Researchers at Argonne National Laboratory and Northern Illinois University have created a new material, 'rewritable magnetic charge ice,' that allows for unprecedented control over local magnetic fields. This breakthrough could pave the way for new computing technologies with denser storage capabilities and added functionality.
The resistivity of carbon nanocoils increases with coil diameter, with a large discrepancy between CNCs and graphitized versions. The interior of the nanocoil contains a highly-disordered carbon network that affects its electrical properties.
Researchers at MIT and partners developed a tiny origami robot that can unfold from a swallowed capsule and remove stuck objects or patch wounds. The robot uses external magnetic fields to navigate and is made of biocompatible materials, enabling potential medical applications.
A UA computer engineering researcher is developing a guided simulation model to train surgeons on minimally invasive robotic systems. The system uses visual and haptic force guidance to help correct depth perception mistakes, reducing the risk of serious damage during complex procedures.
Researchers at the University of Leicester aim to develop a test using portable nanopore DNA sequencers to identify species at crime scenes in under an hour. This technology has the potential to combat wildlife trafficking by detecting traces of endangered species, such as elephant and rhino blood.
A new agricultural monitoring system, AgriRover, utilizes Mars exploration technology to assess soil quality. The project, led by the University of Strathclyde, aims to enhance precision farming practices through force feedback-controlled robotic systems.
NJIT's TAB program provides free technical assistance to East Coast communities, prioritizing contaminated sites and developing grant proposals. The new $3 million grant expands the program into the Southeast, helping hundreds of communities across the Eastern US over five years.
Research at ACM CHI 2016 introduces PowerShake for wireless power transfer on mobile devices and Investigating text legibility on non-rectangular displays. The findings also highlight the potential of EMPress hand gesture classification, GauntLev wearable object manipulation and sustainable interaction design principles.
Tufts researchers have discovered that applying an ultra-thin silk coating can extend the shelf life of delicate fruits like strawberries and bananas. The biocompatible coating slows down fruit respiration, extends firmness, and prevents decay.
Carnegie Mellon researchers have developed SkinTrack technology that converts the entire lower arm into a touchpad, providing continuous touch tracking and discrete location detection. The system allows for functionality similar to buttons or slider controls, while maintaining high accuracy.
A new study found that two-minute warnings before ending screen time make transitions more unpleasant for young children. The study also found that parents often use screens as a last resort or to distract toddlers during unpleasant activities.
A new study by TUM researchers has identified singlet oxygen as a potential culprit behind the short battery life of lithium air batteries. The highly reactive substance is created when the batteries are charged, corroding surrounding material and decomposing electrolytic fluid.
NASA has successfully miniaturized passive thermal-control technology for CubeSats, overcoming challenges of regulating temperature in smaller satellites. The new device, tested through various cycles, will be flight-tested on the Dellingr spacecraft and enables longer-term space exploration missions.
Scientists observed anomalous sinking phenomena in apparently fixed powder beds due to local fluidization. The final sunken depth varied with sphere density and air strength. This discovery could lead to the development of dry-type gravity separation technology for separating three objects with different densities.
Researchers developed a graphene nanoflake-based film for efficient cooling of electronics, achieving over 76% improvement in heat transfer efficiency. The functionalization layer constrains cross-plane scattering of low-frequency phonons, enhancing in-plane heat conduction and reducing contact resistance.
Scientists demonstrate a cheap and effective method to sterilize medical implants using ozone gas without altering their properties. This technology could revolutionize the production of implantable polymers, reducing costs and environmental impact.
Researchers from Michigan State University and USGS have developed buoys that gather real-time data on water quality using statistical models. The technology provides instant feedback on water cleanliness, helping authorities make informed decisions about beach closures.
A comprehensive review of studies on one-to-one laptop programs found significant improvements in test scores and educational outcomes. The research suggests that laptops can enhance student engagement, teacher-student relationships, and 21st century skills like technological proficiency and problem-solving.
Research from the University of Texas at Arlington reveals that groundwater quality in the Permian Basin changes significantly during and after hydraulic fracturing expansion. The study detected chlorinated solvents, alcohols, and aromatic compounds in private water well samples, as well as large fluctuations in pH and total organic ca...
Researchers at Iowa State University have created micro-scale, liquid-metal particles that can be used for heat-free soldering and metal processing without high temperatures. The discovery has significant implications for manufacturing, with potential applications in the fabrication, repair, and processing of metals.
A new special issue from Yale's Journal of Industrial Ecology investigates the life cycle environmental and natural resource implications of energy efficiency technologies. The studies reveal that while these technologies generally reduce greenhouse gas emissions, their benefits vary widely among regions and technologies.
Researchers identified specific measures of low blood oxygenation associated with impaired kidney function and diabetic nephropathy. The study highlights the association between sleep apnea and microvascular disease linked to diabetes.
A University of Queensland project aims to develop a compact detector for explosives using dendrimer technology, which can detect vapours with high sensitivity and selectivity. The Queensland Government has awarded funding under the Advance Queensland Research Fellowships Scheme.
Microsoft is partnering with the Australian Institute for Nanoscale Science and Technology (AINST) at the University of Sydney to advance quantum computing research. Professor David Reilly's team will focus on scaling up electronic systems to build reliable quantum machines.
Researchers at Toyohashi University of Technology developed nano-magnetic pixels for wide-view 3D holographic displays. These displays can reconstruct realistic 3D images with a viewing angle over 30°, eliminating the need for special glasses.
Aerosol jet printing uses a carrier gas and printer heads to deposit metal particles, promising to slash manufacturing time for circuit boards from a month to a day. The technique can print around bends, on spheres or flat surfaces, making it ideal for detector assemblies with many tiny components.
Scientists at NJIT's Big Bear Solar Observatory captured unprecedented images of a recent solar flare, including bright flare ribbons and coronal rain. These observations provide new insights into the complex dynamics of the Sun's atmosphere and the massive eruptions on its surface.
Researchers found that exhaled e-cigarette particles are liquid droplets that evaporate rapidly, unlike smoking conventional cigarettes. The study suggests vaping indoors is unlikely to pose an air quality issue.
Researchers at the University of Arizona have developed a connected-vehicle technology that enables vehicles to communicate with each other and infrastructure in real-time. This technology has the potential to significantly change how traffic is managed and how drivers experience the road, aiming to reduce crashes and pollution.
Scientists develop SkinHaptics technology that sends ultrasound waves through the hand to create targeted tactile sensations on the palm. This innovation solves a major challenge for wearable devices by allowing users to feel what they are doing without interrupting the display.
A recent NTU EOS study found a pattern to slow fault movements that may precede large earthquakes. This discovery could improve seismic monitoring and forecast large earthquakes in Southeast Asia.
A technology-based competition increased daily physical activity levels by over 3,500 steps per day and led to significant weight loss. The study, which involved over 68,000 participants from 64 countries, found improvements in exercise frequency, sitting time reduction, and overall health.
Researchers successfully demonstrated pure H- conduction in an oxide for the first time, using oxyhydride solid state cells. The study confirms the capability of oxyhydrides to act as H- solid electrolytes and paves the way for developing electrochemical solid devices based on H- conduction.
The joint centre will leverage NTU's expertise in finance to train policymakers and finance executives on RMB policies. The centre aims to share research papers and maintain a comprehensive database for academic use.
Researchers created a visual speech recognition technology that can accurately translate lip movements into spoken words, even in noisy environments or when audio is unavailable. This technology has the potential to be applied in various situations, including criminal investigations and entertainment.
Researchers from NJIT identified a species of blind cavefish in Thailand with tetrapod-like pelvic girdle, enabling it to walk and climb waterfalls. This discovery provides insight into the evolution of walking on land and convergent morphological features.
Researchers create intelligent motor systems that analyze data from the motor itself to determine health and detect faults. They use mathematical models to simulate motor states, fault levels, and wear, enabling efficient control and monitoring.