Research on the tools that support teaching and learning. Covers AI tutoring, critical-thinking tools, language learning, prevention games, and student engagement.
Researchers from the University of Sydney have demonstrated a technique to predict and prevent the randomization of quantum systems, or decoherence, which destroys their useful quantum character. This achievement could help bring powerful quantum technology closer to reality.
The USDA's National Institute of Food and Agriculture (NIFA) is providing $540,000 in funding for State and regional projects that offer education, assistive technology, and other support to farmers and ranchers with disabilities. These projects aim to improve accessibility and inclusivity in agriculture.
The startup aims to develop a solid-state solution for hydrogen storage, offering a clean and efficient alternative to traditional methods. The technology has the potential to make hydrogen energy self-reliant and reduce carbon emissions.
NYU Tandon has established a new research center, C2SMART, to tackle urban mobility challenges through data-driven solutions and innovative technologies. The five-year project aims to create a safer, more accessible, and resilient transportation system for cities worldwide.
Julio Ottino, Northwestern University dean, receives prestigious Bernard M. Gordon Prize for Innovation in Engineering and Technology Education. Whole-Brain Engineering has transformed education at McCormick, Northwestern, beyond, emphasizing creativity, design, and divergent thinking.
A new Duke University study reveals that global emissions targets can only be met if green technologies are developed and implemented at an unprecedented pace. To limit warming below the Paris Agreement's 2 degrees C target, green innovations must be accelerated by a full order of magnitude, or about ten times faster than in the past.
Researchers developed a novel image-based simulation approach that accounts for realistic architectural non-idealities and flow physics in tissue engineering scaffolds. This technology allows for correlating cell behavior and tissue growth with flow, tracking relationships over time via repeated scanning.
Scientists from Lomonosov Moscow State University have developed a technology to produce small diamond crystals in needle- and thread-like shapes, which could be used in sensors, quantum optical devices, and other areas of science and technology. The technique involves heating polycrystalline diamond films to oxidize most of the materi...
Researchers at Tufts University have developed a method to embed functional elements in silk-based materials, creating mechanical components that can change color with strain or respond to light. These materials have potential applications in orthopedics, surgery, and household goods.
The Biophysical Society has announced the winners of its international travel grants to attend its annual meeting in New Orleans, USA. The recipients are scientists from around the world who will present their research on biophysics and related fields.
Researchers at The University of Manchester have made a major step forward in nuclear waste recycling technologies by describing the electronic structure of uranium nitride compounds. A family of 15 complexes was synthesized, and advanced techniques were used to gain insight into their electronic states. This research has the potential...
Researchers at the University of Nevada, Reno have modeled how a colloidal droplet evaporates and found a previously overlooked mechanism that determines particle deposition dynamics. The discovery builds on existing work, allowing scientists to manipulate solute particles by altering surface tension.
Purnendu Dasgupta, a UTA chemistry professor, received the 2016 Eastern Analytical Symposium's highest award for his broad contributions to analytical chemistry. His research projects have had significant positive impact on human health and disease treatment, including dry blood spot analysis and implantable shunt flow monitoring.
Researchers at Osaka University developed a remote-control rescue robot with improved operability and mobility for disaster situations. The robot features advanced technologies, including force control, vibration feedback, and long-range imaging, to enhance the operator's experience.
A new study proposes a unified strategy for hydroxide exchange membrane fuel cells (HEMFC) to achieve performance parity and reduce costs. The research targets metal-free catalysts, which are more cost-effective than traditional platinum-based ones.
A new polarization-dipole azimuth-based super-resolution technique has been proposed, addressing a long-standing debate on the role of fluorescence polarization in super-resolution imaging. The technique uses SDOM technology to improve spatial resolution and detection accuracy, revealing interesting findings in biological samples.
Researchers found that users who customize their online news portal based on personal interests are less systematic in processing information. They also discovered that this 'self-as-source' perception can make users more willing to accept persuasive messages and advertisements.
The PolyU-Huawei Joint Laboratory focuses on high-capacity optical communication systems, computer networks, and big data computing to pioneer research in optical communication systems. This collaboration aims to develop system infrastructure and algorithmic solutions for computing-driven innovation.
Scientists mapped the probability of Rubidium atoms absorbing photons with rising and decaying shapes. The results show a significant increase in excitation at moments when the photon arrives dimly and ends brightly, indicating that photon shape plays a crucial role in light-matter interactions.
Scientists at the University of Sussex have invented a new method to build large-scale quantum computers using voltages on microchips, rather than aligning laser beams. This breakthrough enables the construction of universal quantum computers with potentially revolutionary applications in fields like materials science and medicine.
Elza Erkip, a professor of electrical and computer engineering at NYU Tandon, has been recognized for her groundbreaking work in communications technology, particularly in 5G wireless systems. She is the recipient of the IEEE Women in Communications Engineering Award for her outstanding technical contributions.
A new study shows that toddlers can understand when others have different thoughts from them, indicating they may be able to recognize when adults are lying. This suggests that children's cognitive abilities may be more advanced than previously thought.
Researchers at Chalmers University of Technology have developed a method to manipulate light using metamaterials, allowing it to follow any predetermined path along a surface. This innovation has vast applications in optical chips for reliable data delivery and faster routers.
Okinawa Institute of Science and Technology has been awarded a grant to turn their energy-producing waste water treatment technology into a startup company. The technology uses bacteria to clean environment-polluting waste water while generating electricity, offering a sustainable source of energy.
A team of UCF scientists has developed a novel method for creating flexible supercapacitors that can store more energy and be recharged multiple times without degrading. The new process uses two-dimensional materials to facilitate fast electron transfer, resulting in high energy and power densities.
New eHealth technologies aim to improve patient-provider connections by exchanging vital information and setting shared goals. Studies demonstrate that personalized advice leads to greater action, while eTech reduces staff effort.
Scientists detected a brief but brilliant burst of radiation that provided new information about the cosmic web, a swirling gas and magnetic field between galaxies. The event allowed researchers to reconstruct the travel path of the signal to a precise line of sight, offering clues about the Universe's vast spaces.
A new 'smart metal' technology, developed by the University of Nevada, Reno, is being used for the first time in a real-world application on a busy downtown Seattle highway. The innovative materials, including memory-retaining nickel/titanium rods and flexible concrete composites, allow bridges to bend and remain usable after strong ea...
A novel color unmixing algorithm cuts time and boosts quality in film compositing by extracting multiple color layers. The method requires only one-tenth of the manual editing time of professional tools, offering superior results.
Researchers found that phosphorus nitride offers improved performance compared to red phosphorus, with faster burning times and reduced toxicity. The new compound's friction stability makes it a promising candidate for military applications.
Researchers found that smartphones enhance self-reporting of weather incidents, school attendance, illness, and other daily life aspects in rural areas. This technology has the potential to provide near-real-time data for policy makers and planners.
Scientists have discovered that biosurfactants, produced by microorganisms, can effectively reduce interfacial tension and improve oil recovery. The KFU Biocontrol Lab has found proof that these biological analogues are less toxic, biodegradable, and suitable for industrial applications.
Researchers at Oregon State University have developed an exceptional sensing device using diatoms and optical sensing, with sensitivity up to 10 million times higher than some common approaches. The technology has endless applications in health monitoring, environmental protection, and other fields.
Trinity researchers have been awarded €4.4 million in European funding to develop a new class of magnetic materials enabling ultra-fast data transfer at unprecedented speeds. The TRANSPIRE project aims to lay the foundations for high-speed data networks of the future.
The UK Quantum Technologies Innovation Fund has announced its latest funding recipients, with over 30 live demonstrations showcasing cutting-edge technologies. The joint investment by Innovate UK and EPSRC aims to accelerate the application and exploitation of these technologies.
The KBED program has helped attract or retain 16 companies in Manhattan and estimate an economic impact of $32.5 million in the area. The partnership also created 394 full-time jobs generating $19.1 million in annual salaries.
Researchers at the University of Georgia have developed a new microfluidic technology to track tens of thousands of cells with single-cell precision. This allows scientists to confirm that many cells have a distinct circadian rhythm and observe individual cells syncing their rhythms over time.
Researchers at McGill University have developed a new hip replacement that tricks the host bone into staying alive by mimicking the varying porosity of real bones. The implant is less solid than current ones but still strong, avoiding common problems such as bone resorption and pain.
Researchers at the University at Buffalo have developed a new method for controlling light using one-third of the energy typically required. The asymmetric metawaveguide technology has the potential to lead to more powerful and energy-efficient computer chips and other optics-based technologies.
Researchers at Seoul National University have developed a new method to make convertible displays that achieve near-viewing capabilities without the need for eyewear. This technology simplifies and shrinks the architecture of the display, allowing for closer viewing distances and practical applicability to mobile devices.
A study from the University at Buffalo found that venture capital-funded tech startups go public sooner and have more impactful innovation than those with angel investors. Venture capitalists provide a strong network to shape impact, while angel investors offer flexibility and longer-term experimentation.
Indiana University researchers are working to ensure the cybersecurity of internet-connected household devices, including door locks, cameras, and smart home systems. The study aims to develop a privacy structure for users and bystanders to interact with these devices safely.
A research team at Toyohashi University of Technology has developed the world's smallest extracellular needle-electrodes, measuring 5μm in diameter. These tiny devices can record and analyze the electrical activities of microscale neuronal circuits in the brain, offering new experimental neurophysiological concepts.
Researchers at Toyohashi University of Technology have successfully synthesized a new thermoelectric material, CaMgSi, with sufficient size and thermoelectric properties comparable to those of previously developed materials. The material exhibits both n- and p-type conductivity, making it suitable for power-generation modules.
The NYU Tandon School of Engineering has launched a novel summer program that brings together teams of teachers and their students to learn robotics and entrepreneurial education. The program aims to improve teacher practices and student outcomes by combining robotics and entrepreneurship to establish elective courses in STEM subjects.
Researchers developed an artificial basilar membrane that mimics human cochlear function using frictional electricity, addressing major issues with existing implants. The technology proves effective in restoring impaired animals' listening capabilities.
A UCF team led by Assistant Professor Arkadiy Lyakh has developed a simpler process for creating quantum cascade lasers, offering comparable performance and better efficiency. The new method uses only two different materials, making production more practical.
Researchers aim to create smart cities where buildings can monitor and adjust their energy usage in real-time, minimizing waste and stabilizing the grid. This technology has the potential to reduce blackouts and spikes in energy prices, making energy more efficient and sustainable.
Researchers have designed metal-free phosphorescent molecules that glow persistently at room temperature, overcoming challenges of organic compounds emitting light only at low temperatures. The molecules can be tuned to emit different colors and are potentially three times more efficient than fluorescent LEDs.
Researchers have created mid-air displays of 'floating pixels' using soundwaves and force fields, opening up new possibilities for computer and mobile displays in the 3D space above the screen. The technology, called JOLED, can be used to create interactive displays and bring digital information to life as physical objects.
Researchers create a closed-loop system to test their proposed method, which is a better fit for how humans actually behave compared to traditional models. The new model uses fractional order calculus to describe human operator behavior, providing a unified and formalized description.
The National Science Foundation grant will provide additional training for faculty to adapt teaching methodologies and create an 'accessibility toolkit' for deaf and hard-of-hearing students. The project aims to enhance inclusiveness in the classroom through student-centered pedagogy, universal design for teaching and learning.
Researchers from China and Peking University pioneered the proposal and realization of two-dimensional spin-orbit coupling for ultracold quantum gases. This achievement has significant influence on understanding exotic topological quantum states, implementing a major breakthrough in solid materials research.
The University of Melbourne team created a quantum molecular microscope to image individual atoms in bio-molecules, overcoming issues with conventional biomolecule imaging. The system uses atomic-sized qubits as highly sensitive quantum sensors to capture high-resolution images.
According to a report by the IEA's TIMSS & PIRLS International Study Center at Boston College, more than one-third of countries have strengthened teacher admission criteria. Digital devices are also being integrated into mathematics and science lessons, with most countries reporting guidelines for technology integration.
Researchers at the University of Southampton have demonstrated a nanoscale device called a memristor to power artificial neural networks, enabling efficient learning and pattern recognition. The study showcases the potential of memristive synapses in compact volumes and low energy costs.
Efficient organic solar cells have been created using a non-fullerene material, achieving high energy efficiency rates of up to 9.5%. This breakthrough indicates that the intrinsic limitations of organic solar cells are comparable to other photovoltaic technologies, paving the way for commercialization.
Researchers find that birds with more complex songs perform better in rhythm and interact more skillfully with others. The study suggests that musical ability in birds may be a precursor to human music evolution.
A new imaging device uses long-wavelength infrared imaging to detect small thermal radiation emitted from dental caries, allowing for earlier diagnosis and potential reversal. The tool has the benefits of being noncontact, noninvasive, and low-cost, with great potential as a commercially viable diagnostic imaging device.
Researchers studied placodont teeth to understand how evolution shaped traits for survival. They found that despite predictions, later placodonts developed unique and complex teeth structures, possibly similar to early human molars.