Articles tagged with Education Technology
Nine corporations and a university research team participated in the Mobile Monitoring Challenge, testing 10 promising technologies for finding natural gas leaks swiftly and cheaply. The technologies were effective at detecting leaks, but most need to improve their ability to quantify the size of the leaks.
The Else Kröner-Fresenius Center for Digital Health Dresden aims to harness digital technologies in medicine to improve patient care. The center will provide a practical framework for patient-orientated research and establish an eHealth campus directly on the University Hospital's premises.
A multidisciplinary team from NYU Tandon School of Engineering is conducting foundational research to understand the impact of AI on expert work in healthcare. The project aims to redesign technology, workflow, and interactions to improve the effective use of healthcare technologies and human capabilities.
Juha Muhonen's research group aims to solve a key issue in creating large-scale quantum platforms in silicon. The new quantum hybrid platform combines quantum elements with nano-optomechanical elements to enable practical applications of silicon quantum technologies.
Frontera, the fastest academic supercomputer in the world, is set to revolutionize scientific research in the US. With its leadership-class computing capability, Frontera will support complex science applications in fields like black hole physics, climate modeling, and drug design.
Researchers propose atom-to-atom strategy to address electrode-electrolyte contact issue in solid-state Li batteries. By creating epitaxial interfaces, they achieve intimate contact between solid electrolytes and electrodes, resulting in improved rate performances and energy density.
A global study found that satisfaction is the most popular metric for marketing decisions worldwide. The study analyzed over 4,000 marketing plans from 1,600 companies across 16 countries, revealing a significant relationship between total metric use and marketing performance.
Researchers from RMIT University have developed a cost-efficient method to fabricate textiles embedded with energy storage devices. In just three minutes, this technology can produce a 10x10cm smart textile patch that's waterproof, stretchable and readily integrated with solar or other sources of power.
A team from North Carolina State University created a technique called Wi-Fi-Assisted Inertial Odometry (WIO) to track devices in near-real time. WIO uses Wi-Fi signals and accelerometer technology to accurately measure speed and distance, correcting errors made by inertial measurement units.
University Hospitals has received a $1 million grant from the Ohio Opioid Technology Challenge to further develop its opioid pill tracking technology. The platform, UH Care Continues, helped keep over 12,000 prescription opioid pills out of circulation in just six months by leveraging algorithms to prompt clinicians to evaluate patient...
The university's Extended Reality Initiative aims to create immersive video experiences for teacher training, improving authenticity and engagement. The team will explore the use of 360-degree videos with multiple cameras and prompts to enhance learning.
Researchers at USC found that adapted AR glasses can improve patients' mobility by 50% and grasp performance by 70% for those with retinitis pigmentosa. The technology provides visual color cues to help individuals with constricted peripheral vision interpret complex environments.
Researchers from Tokyo University of Agriculture and Technology found that Japanese cedar and cypress trees' pollen dispersal patterns synchronizes across Japan, with strong phase synchronization in eastern regions. This discovery can help improve pollen forecasting, crucial for managing allergic rhinitis symptoms.
The study models a system using light to generate an electromagnetic field, polarizing neutral nanoparticles made of insulating materials. The technique has the potential to provide thrust for tiny spacecraft without an electrical power supply.
Japanese scientists found that observing one's own hand movements in video-assisted therapy enhances brain activity and speeds up rehabilitation for stroke patients. This technique promotes brain plasticity, allowing the brain to rewire and regain movement and senses.
Quantifying physicochemical properties is crucial for understanding drug interactions and mechanisms. The article highlights the importance of using contemporary methods to improve subpar testing outcomes, enabling better structure-property relationships and accelerated predictive models.
A team of scientists led by OHIO Professor Saw-Wai Hla developed a molecular propeller that enables unidirectional rotations on a material surface when energized. The tiny propeller, composed of three components, can be controlled using an electric field or mechanical force.
University of Washington researchers developed a prototype toolkit called ShareAR to build collaborative AR features without compromising user privacy and security. The team created 'ghost objects' to signal the physical location of private virtual content, addressing concerns around data breaches and harassment.
Researchers have developed a method to extract hydrogen from oil sands, which can be used to power hydrogen-powered vehicles and generate electricity. The process is cheap, with costs estimated at around 10-50 cents per kilo, making it potentially more economically viable than current methods.
A tiny lab-on-a-chip can screen hundreds of drug compounds in just a few hours, revealing their effect on blood and quickly identifying those with potential clinical use. The technology accelerates the discovery and development of new anti-clotting therapies, potentially improving heart attack and stroke prevention.
Researchers create BodyNet, a wearable technology that detects physiological signals from the skin using RFID technology. The system tracks heart rate, respiration, and muscle movements, providing accurate readings without interfering with daily behavior.
For the first time, researchers have demonstrated the three-dimensional quantum Hall effect, a phenomenon predicted over 30 years ago. The discovery was made using a unique material called ZrTe5, which exhibits signatures of the 3D QHE at low temperatures under moderate magnetic fields.
Researchers at the University of Kent studied magnetic monopoles and found that they can 'tunnel' through energy barriers, enabling their motion. This breakthrough could signal the development of new technologies based on moving magnetic monopoles instead of electric charges.
A study by University of East Anglia and others found that tourists' emotions shift from anxiety to enjoyment during digital detox, with increased focus on surroundings and social connections. Participants reported improved experiences and willingness for future digital detoxes, especially in rural destinations.
Researchers at Graz University of Technology are developing new contactless exhaust measurement methods that can detect vehicle emissions in real-time. The technology uses tuning forks to measure particles in the air, allowing for accurate detection of pollutant emissions from vehicles.
The University of Hawaii at Manoa Institute for Astronomy has received a $1.1 million grant to install an adaptive secondary mirror on the UH 2.2-meter telescope on Maunakea, enabling corrected images free from atmospheric blurring effects.
Researchers at Tokyo Institute of Technology discovered a protein involved in TAG production under phosphorus-depleted conditions. This finding has the potential to improve TAG yield and make biofuel production more efficient and cost-effective.
Purdue researchers develop waterproof, breathable, and antibacterial clothing that can power electronic devices through simple embroidery. This innovation uses omniphobic triboelectric nanogenerators to turn clothing into self-powered remotes, providing a convenient interface with machines and the Internet of Things.
Researchers at Columbia University School of Engineering developed a robotic cane that provides light-touch assistance in walking, improving stability and balance. The device, called CANINE, acts as a mobile assistant to track a person's gait and provide support, resulting in narrower strides and increased gait stability.
A Cornell University study found that foreign-born PhDs are less likely to work at startups, citing visa policies as a key obstacle. Despite applying at the same rate as US citizens, they often choose large companies with resources to sponsor visas.
A study by Roach and Skrentny found that foreign-born STEM PhDs are 56% less likely to accept startup job offers than their US-born counterparts, despite equal likelihood of applying and receiving offers. The researchers suggest that visa reforms could strengthen the startup workforce.
Scientists at Tokyo University of Agriculture and Technology found that hazardous chemicals from plastics ingested by seabirds accumulate in their tissues. The study detected additives such as UV stabilizers and brominated flame retardants in 4.6% and 2.1% of seabird samples, respectively.
Graspable Inc. will develop its app prototype into a classroom-ready product, providing instant step-by-step feedback and creating teacher reports for formative assessment. The company aims to increase engagement and algebra performance in students, particularly those struggling with algebraic notation.
Carnegie Mellon researchers create functional heart components using FRESH technology, which enables bioprinting of complex tissues and organs. The breakthrough overcomes a major printing obstacle, allowing for high-fidelity structures and dynamic biological materials.
New research shows that tabletop devices can improve restaurant service and customer satisfaction, increasing sales per minute by 11%. Tabletop technology allows customers to view menu items, re-order beverages, and pay for meals, reducing meal duration by 10% and boosting sales by 1% per check.
Researchers are working on developing wireless sensors to communicate with prosthetic devices, aiming to improve the performance of prosthetics for individuals with upper limb amputations. The new technology has exciting implications for those facing limb loss, and will be tested on amputees next year.
Researchers from the University of Warwick have discovered that deformations and defects in solar cell structures can prevent photo-excited carriers from recombining, leading to enhanced conversion efficiency. This finding has potential applications in improving UV light sensor sensitivity and increasing solar cell efficiency.
Researchers at Tokyo Institute of Technology have found that electricity-driven reactions in deep-sea hydrothermal environments can reduce metal sulfides to native metals, promoting the reduction of organic compounds and potentially facilitating prebiotic chemistry. This discovery has implications for understanding the universality and...
Researchers at Immanuel Kant Baltic Federal University have developed a new metallic alloy that can be used in magnetic refrigeration technology, offering an environmentally friendly alternative to traditional refrigerants like freon. The manganese-arsenic alloy shows promising results for solid-state cooling at room temperature.
Researchers at SMART and MIT have developed a technology that significantly accelerates the genetic engineering of microbes used to manufacture chemicals for urban farming. The new technology enables faster, cheaper, and more accurate plasmid construction using standard reusable parts.
In a study published in Scientific Reports, researchers found that changing gravity levels altered the bone mass of mice's forefoot and boosted their leg muscles. The findings suggest new avenues for developing treatments for skeletal diseases like osteoporosis and sarcopenia.
Researchers at the Center for BrainHealth have developed a novel diagnostic method for multiple sclerosis that uses 3D images of brain lesions to determine healing capacity. The technology has the potential to help doctors tailor treatment plans and improve patient outcomes.
Scientists have discovered a new type of cell-like compartment that can trap and concentrate biomolecules, potentially critical for the origins of life. The droplets, formed by simple α-hydroxy acids, can easily merge and reform, hosting versatile early genetic and metabolic systems.
The August edition of SLAS Technology features a review on technologies for the directed evolution of cell therapies, which are moving beyond small molecules and proteins to using whole cells. Researchers can utilize emerging tools like image-activated cell sorters to accelerate high-throughput automation technologies.
A study by North Carolina State University found that drivers tend to overlook low-salience targets when high-salience hazards are present in traffic images, with low-salience targets being up to 40% less likely to be detected in two-hazard scenes.
Scientists at the University of Freiburg have developed a system to control the dynamics of energy-consuming DNA structures using an artificial chemical approach. The researchers successfully programmed these dynamic systems, enabling them to adapt to different situations and respond to stimuli faster.
Scientists have developed a quantum algorithm that can process large sets of data faster and more accurately than standard methods. The Kravchuk transform, a quantum counterpart of the Fast Fourier Transform (FFT), enables efficient processing of digital images, sound, and radio signals.
A new model developed by Rensselaer Polytechnic Institute researchers accurately predicts shifts in polarization in 28 of 30 US Congresses. The model attributes increased polarization to voter polarization and the influence of campaign donors.
A new study found that older patients and African Americans used hospital patient portals less than younger and white patients, highlighting the need for targeted interventions to close the digital divide. The study also showed that older patients needed more training resources to increase use.
Candace Walkington, associate professor at Southern Methodist University, received the Presidential Early Career Award for Scientists and Engineers for her groundbreaking research on personalizing mathematics instruction. Her work aims to connect abstract mathematical concepts to students' everyday experiences, improving understanding ...
A team of researchers has created a novel technology that combines multi-spectral imaging and supercomputing to study brain pathology in concussions. This allows for a more comprehensive understanding of the injury's effects on brain cells, enabling the development of new treatment regimens.
Researchers at Osaka University discover novel mechanism of microbubble implosion, achieving ultrahigh electrostatic field near Schwinger limit. The density during compression reaches several hundred thousand to one million times solid density.
The US Nuclear Regulatory Commission has licensed Purdue University's Reactor Number One as the first entirely digital nuclear reactor instrumentation and control system. This upgrade enables capabilities like predictive analytics, machine learning, and artificial intelligence, making reactors safer and extending their lifetime.
Researchers from Cardiff University have developed ultrafast Compound Semiconductor technology, creating highly sensitive avalanche photodiodes with lower electronic noise than silicon rivals. This breakthrough has the potential to yield new class of high-performance receivers for applications in networking and sensing.
Researchers at Chalmers University of Technology have developed a unique method to study proteins trapped in glass, offering new insights into medicinal research. The method allows for the creation of a three-dimensional model of proteins in their natural environment, revealing their chemical composition and structure.
The SULIS mission aims to understand the nature of solar eruptions and track magnetic clouds of charged gas. It will also demonstrate new technologies in space and precision alignment of small satellites flying in formation.
Researchers have proposed a gait-based identification method for elderly users using wearable devices, improving the accuracy of authentication for older adults. The method uses a gait template synthesis algorithm and arbitration-based score-level fusion to alleviate intra-subject gait fluctuation.
Volunteer participants who could control a smiley face's appearance perceived an afterimage as smaller, indicating shorter perceptual distance. This effect is automatic and nearly independent of knowledge, suggesting social cognition plays a crucial role in low-level perceptual processing.
Purdue University researchers have created a 3D mapping technology to monitor and track the behavior of engineered cells and tissues. The technology offers diverse options for sensing and works in moist internal body environments, providing complete isolation from electronic instruments.
Researchers Xinhe Bao and Omar M. Yaghi received the award for their significant contributions to nanoscience research, including new catalytic materials and reticular chemistry. Their work has led to discoveries in metal-organic frameworks and applications in carbon capture and water harvesting.