Articles tagged with Education Technology
Researchers at KAUST created a low-cost sensor using everyday materials to detect external stimuli. The 'Paper Skin' sensor performs well as an artificial skin application while integrating multiple functions using cost-effective materials.
Todd Pagano, RIT's founding director of the Laboratory Science Technology program, has been named an outstanding undergraduate science educator. His American Chemical Society-approved program prepares deaf and hard-of-hearing students for careers in chemistry, with a success rate exceeding that of hearing peers.
Seven UNIST engineering students won prestigious Samsung HumanTech Paper Awards for their scientific contributions. Atul Rahman, an international student, stood out among the winners as one of only two foreign recipients.
A virtual reality system, ICSPACE, is being developed to support physical rehabilitation and athletic performance. The system uses stereoscopic glasses and infrared cameras to track users' movements, providing personalized feedback and coaching.
A team of NJIT students, backed by the EPA, is designing a low-cost water filter to combat chronic kidney disease in rural Sri Lanka. The filter aims to absorb heavy metals and disease-causing pathogens using locally available materials.
A new intelligent technology called iTraining provides real-time feedback on muscle/tendon stresses and strains, enabling personalized rehabilitation programs. The system has the potential to transform the practice of exercise prescription across various performance levels.
Researchers at UEF have developed a new synthesis method for Li-ion batteries, which uses readily available materials, is safe to dispose of, and has significantly longer cycle lifetimes. The new method solves the low electric conductivity problem, promising applications in fast-charging electric buses and high-power hybrid vehicles.
Dr. Mark Soucek, a professor at the University of Akron, has been awarded the Roy W. Tess Award in Coatings for his outstanding contributions to coatings science and technology. His research focuses on bio-based feedstocks, alkyd technology, and reactive diluent technologies.
Researchers found that people who try to remove or justify embarrassing content on social media experience a decline in their relationship with the offender. In contrast, frequent communication with the offender makes it less likely for the victim to experience reduction in closeness.
UTA researchers have developed a new hybrid material that demonstrates improved efficiency, safety, and cost-effectiveness in solar fuel generation. The material uses ultra-long carbon nanotube networks with copper oxide nanoparticles, generating five-fold higher electrical conductivity and three-fold increase in photocurrents.
Dr. Tom Iseley, a Louisiana Tech University professor and director of the Trenchless Technology Center, has been recognized as a 2016 UCTA MVP by the Underground Construction Technology Association. He is being honored for his contributions to the underground infrastructure industry, spanning nearly 40 years.
Cybathlon is a global competition that awards teams of disabled pilots and scientists for developing novel assistive technologies. It includes disciplines such as prosthetic limbs, exoskeletons, wheelchairs, and brain-computer interfaces, aiming to improve the quality of life for people with motor disabilities.
TUM researchers are developing self-healing materials to repair cracks in concrete structures. They use bacteria, hydrogels, and epoxy resin to create a material that can close cracks and prevent water damage. The technology has shown promising results in laboratory tests and is being further developed for use in real-world applications.
A study by Michigan Medicine researchers found that many medical schools fail to comply with the Americans with Disabilities Act, making it difficult for prospective students with disabilities to find information and access accommodations. The researchers call on schools to reexamine their policies and improve compliance.
Scientists at NTU have developed a small smart chip that can wirelessly transmit brain signals from neural implants, increasing efficiency and reducing the risk of infections. The chip analyzes and decodes thousands of signals with high accuracy, enabling compact medical wearable devices and prosthetic limb control.
Researchers have developed a terahertz transmitter that can transmit data at over 10 gigabits per second over multiple channels, exceeding 100 gigabits per second. The technology could revolutionize wireless communication with speeds ten times higher than current technology allows.
Researchers at UCR have developed a new way to process GPS data, enabling centimeter-level accuracy in navigation systems. This technology will improve location services accessed through mobile phones and wearable technologies, while also supporting emerging applications like autonomous vehicles and precision farming.
A research team at Toyohashi University of Technology has developed a wireless power transmission device that can supply electricity to a neural interface implanted on the brain. The device features a flexible antenna and a silicon chip, allowing for minimally invasive implantation and efficient energy transfer.
A two-year project integrates computing with elementary school mathematics, developing research-based learning trajectories for each grade level. The Track 1 Exploratory Integration Project aims to democratize access to computer science education and promote diversity in the U.S. technology workforce.
Researchers at RIT's NTID and University of Rochester Medical Center are analyzing the effects of e-cig flavorings using gas chromatography-mass spectrometry. The study will help determine potential toxicants and inform the FDA on long-term adverse effects, addressing a lack of knowledge about e-cig safety.
The i-Motors project aims to establish universal standards for connected and autonomous vehicles, enabling the transfer and storage of data between vehicles and other machines. The initiative plans to reduce congestion, increase safety, and lower emissions through real-time updates and route planning.
A Canadian researcher from Concordia University used mobile technology to map the public transit system in Ghana's capital, Accra. The study found 'ghost routes' that were claimed by drivers but not in use, revealing a clearer sense of actual trotro services.
The BARDOT technology uses optical scattering techniques to create a unique 'fingerprint' pattern for each pathogen, eliminating the need for reagents. This innovation has shown great promise in identifying dangerous pathogens such as Listeria, Staphylococcus, Salmonella, Vibrio, and E. coli.
A new theory suggests a novel way to probe the beginning of space and time, shedding light on initial conditions. The researchers propose using 'primordial standard clocks' to put time labels on seed fluctuations, allowing for the distinction between inflation and contraction scenarios.
Dr. Beth Hegab, an industrial engineering lecturer and program coordinator at Louisiana Tech University, has received the 2016 Engineering Faculty Professionalism Award for her innovative work in developing online graduate degree programs. She has increased the size of the engineering program by 450% through online options.
Researchers at RIT are investigating ways to enhance situation awareness among electric control center operators. The goal is to find new methods for providing critical information to help operators make fast and accurate decisions.
The DESTCloud platform validates disaster tolerance and fault tolerance of wide-area distribution systems in a virtualized environment. It enables training for complex disasters and interference, allowing for preemptive evaluation of system performance during large-scale disasters.
A study by Washington State University found that black men's cumulative experiences over time motivate them to develop valuable skills in IT careers. These experiences give them a type of capital that is often less available to other groups, influencing their career choices and outcomes.
Cornell University has launched a multi-institutional virtual research lab called CompSustNet, exploring new directions in computational sustainability. The $10 million NSF grant will bring together researchers from 12 institutions to develop novel solutions for sustainable future challenges.
The new journal aims to highlight the emergence, progress, and impact of quantum information science and related technologies. It will be led by Editor-in-Chief Dr Robert Thew and offers open access publishing options.
Pressure-retarded osmosis (PRO) technology is not feasible due to biofouling, which clogs membrane structures and feed channels. Researchers found that organic matter and bacteria in wastewater streams result in extreme biofouling development.
Researchers at UAlberta have developed a new microscope technology that allows them to observe particles in a living yeast cell and track the route of RNA transport from the nucleus to the cytoplasm. This breakthrough finding has significant implications for medical advances and understanding of cellular biology.
The Biophysical Society has announced the winners of its international travel grants to attend the 60th Annual Meeting in Los Angeles, California. The recipients are chosen based on scientific merit and their proposed presentation at the meeting.
Nine leading American scientists, including those supported by NSF, receive National Medal of Science for outstanding contributions to science. The awards also recognize innovators who have made lasting impacts on America's competitiveness and quality of life.
A new study found that a three-step intervention can increase the likelihood of hiring women in STEM faculty positions, making up for the current dearth of women in the field. The results show search committees in the intervention group were 6.3 times more likely to make an offer to a woman candidate.
Researchers developed a microfluidic biochip to count red and white blood cells, and platelets from just 11 microliters of blood. The biosensor takes under 20 minutes to measure and has the potential to improve patient care in low-resource settings.
Researchers successfully stabilized hydrogen in a high-temperature environment, revealing anomalies in its phase transition. This breakthrough may lead to a deeper understanding of gas giants like Jupiter and Saturn, as well as the potential synthesis of room-temperature superconductive materials.
A team of engineers has created gallium nitride (GaN) power diodes with record-low defect concentrations, enabling efficient control and distribution of electricity. The discovery is significant as GaN materials are notorious for their defects and reliability issues, but the new devices show promise in addressing these challenges.
Researchers at University of Nevada, Reno are developing a wearable robotic device that combines vision, tactile, force, temperature, and audio sensors to help blind and visually impaired individuals identify and grasp objects. The device aims to provide greater independence and ability to navigate daily tasks.
EPFL scientists have identified a new class of topological insulators, with bismuth iodide as the first representative material. Its atomic structure is unique and has fewer natural defects than previously known materials.
The temple of Angkor Wat has been found to be significantly larger and more complex than previously believed, featuring an entire ensemble of buried 'towers' and a massive structure bounded on its south side. The discovery challenges traditional understanding of the social hierarchy of the Angkor Wat community.
Researchers developed a portable ultrahigh vacuum storage system to securely transport air-sensitive platinum metal clusters for XAFS measurements. The 'suitcase' can store up to three samples and is designed for public transportation, reducing travel time and increasing accessibility.
The center will use the funding to develop new ways of collecting, processing, archiving, and analyzing large volumes of user-generated photographic and video evidence. This technology is currently only available to military, corporate, and intelligence personnel.
The Leverhulme Centre for the Future of Intelligence aims to explore the opportunities and challenges of artificial intelligence, examining technical, practical, and philosophical questions. Researchers from various disciplines will work together to understand the potential benefits and risks of machine intelligence, with a focus on en...
Researchers have developed a non-destructive sensing method to determine fish freshness in frozen state using autofluorescence spectroscopy. This technique offers high sensitivity and accuracy, allowing for rapid detection of freshness conditions.
Researchers at Washington University School of Medicine have developed a new approach to imaging patients using Xbox gaming technology, which measures body-part thickness and checks for motion before taking X-rays. The technology aims to produce high-quality X-ray images at low radiation doses without repeating images.
A new mattress device has been shown to reduce apneic events by 50% and improve breathing stability in preterm infants, with potential benefits for hospital stays and long-term cognitive development.
Army ants construct complex bridges from their own bodies to span gaps and create shortcuts in the floor of the tropical forests of Central America. These living bridges are made up of dozens of ants and can assemble and disassemble in a matter of seconds.
Researchers found evidence of oxygen whiffs from blue-green algae in ancient black shales, supporting a hypothesis that photosynthesis led to an oxygenated atmosphere. The findings provide conclusive answers about the Great Oxidation Event and its impact on Earth's history.
A team of researchers has made significant progress in developing a miniature particle accelerator on a microchip, with the potential to revolutionize various fields such as biology, materials science, security scanning, medical therapy, and X-ray imaging.
Researchers at Wyss Institute for Biologically Inspired Engineering at Harvard have deciphered the 3-dimensional architecture of a chiton mollusk's eyes, which are made of inorganic aragonite crystals. The findings could help determine rules for generating man-made multifunctional materials with sensory capabilities.
Researchers are studying how online dating technologies affect romantic connections, self-concepts, and decision-making processes. The project explores the social implications of updated online dating systems and their design features.
The Power Over Wi-Fi system can wirelessly power low-power devices, such as cameras and wearable trackers. The technology attracts attention for its potential to enable Internet of Things development.
Researchers from Osaka University developed a technology that projects images onto moving objects, aligning them with the object's movement. The technology uses visual markers and radiometric compensation to achieve accurate registration.
Researchers have demonstrated the generation of ultra-short x-ray pulses using existing technology, opening up a range of scientific applications. The breakthrough could reveal intricate details in processes like electrons moving in atoms and compressing X-ray flashes to attosecond duration.
Researchers propose a two-phase model describing gene loss patterns after whole genome duplication in teleost fishes, the largest group of bony fishes. Approximately 80% of duplicate genes were lost within the first 60 million years, with slower gene loss occurring in subsequent phases.
Scientists at Queen's University Belfast have created a porous liquid with unusual gas-dissolving properties, paving the way for more efficient and greener chemical processes. The breakthrough has the potential to revolutionize carbon capture technologies.
Researchers have successfully mapped the electrical activity of developing hearts in embryos using highly sensitive sensors. This breakthrough could lead to a better understanding of how heart rhythm abnormalities develop and improve diagnosis and treatment options.
A new technology developed by Carnegie Mellon University and Disney Research enables smartwatches to automatically recognize what objects users are touching. The technique, called EM-Sense, takes advantage of the body's natural electrical conductivity to detect and identify objects, creating opportunities for context-aware apps.
Researchers at Vanderbilt University have developed an open-source hardware/software development kit for customizing medical capsule robots. This allows research groups to design and prototype capsules more efficiently, reducing the need for extensive redesign from scratch.