Research on the tools that support teaching and learning. Covers AI tutoring, critical-thinking tools, language learning, prevention games, and student engagement.
Researchers funded by the NSF have developed a system to detect environmental changes caused by moving objects, enabling passive intrusion detection and emergency alerts. The system, called MILAN, utilizes latent wireless signals to monitor situations in security, emergency, and military environments.
Researchers found a technique to remotely control a key component of most quantum cryptography systems, exploiting imperfections in photon detectors. Countermeasures have been implemented with ID Quantique, a leading manufacturer, to secure the technology.
A new study finds that consumers' motives and purchasing decisions change as the time since their last paycheck increases. Newly paid individuals tend to prioritize products that improve their quality of life, while those closer to payday focus on preserving their current standard of living.
Scientists used OU GeoChip technology to analyze deepwater oil plumes in the Gulf of Mexico. The study found that microbial activity degraded virtually all oil without oxygen depletion.
The University of Minnesota's Institute for Mathematics and its Applications has received a $20.5 million NSF grant to continue its tradition as one of the nation's top math institutes. The IMA brings together world-class mathematicians with experts from other scientific disciplines to tackle real-world problems.
The University of Maryland has received a $1.9 million grant to acquire an 800 MHz NMR spectrometer, enabling researchers to investigate biomolecular structure and interactions with high resolution and sensitivity. This technology will advance research on RNAs, critical biological molecules involved in various diseases.
The Discovering the Science of the Environment (DSE) program transforms school ground natural areas into outdoor laboratories, allowing students to explore and learn about their environment. Through interactive technology tools and computerized mapping capabilities, DSE aims to inspire future leaders in science, technology, and environ...
Researchers are developing a computer-based system to help stroke survivors with aphasia learn gestures independently, using motion sensing technologies like Nintendo Wii Remote. The project aims to create an affordable and accessible tool for therapy, addressing the limited resources and high cost of traditional one-to-one sessions.
A new study by North Carolina State University researchers has found a way to implement wireless monitoring technology using HVAC ducts. This technology could lead to significant savings in climate control and health applications by avoiding the need for extensive wiring.
Research finds that ambient lighting in cars enhances space perception, perceived quality of materials and design, and makes drivers feel safer. However, excessive brightness leads to driver complaints of distraction and discomfort.
Research published at the University of Oregon found that 11 hours of integrative body-mind training (IBMT) meditation training induces structural changes in brain connectivity, particularly in the anterior cingulate cortex. This brain area is linked to self-regulation and behavior control.
The Mount Sinai team has developed a way to visualize coronary artery plaques using multi-color computed tomography (CT), which will lead to better and earlier diagnosis of cardiovascular disease. By harnessing high-density lipoproteins (HDL) and injecting gold particles into mice, researchers were able to see the location of vulnerabl...
Researchers created the first large area metamaterial structures on implantable bio-compatible silk substrates, providing a promising path towards developing novel biomaterial-inspired biosensors and biodetectors. The silk metamaterials retained their resonance properties while implanted under muscle tissue, opening up possibilities fo...
A team of Canadian scientists has developed a new neurochip technology that can track subtle changes in brain activity at the level of ion channels and synaptic potentials. This breakthrough allows for the analysis of several brain cells networking and performing automatic, large-scale drug screening for various brain dysfunctions.
The University of Maryland's new bio-filtration system improves phosphorus and nitrogen removal from urban runoff, reducing pollution in the Chesapeake Bay. The system combines bioretention projects with advanced technologies to conserve rainwater and reduce environmental impact.
The development enhances fluoromodule technology by making probes glow five- to seven-times brighter than EGFP, allowing researchers to monitor biological activities in real-time. Dendron-based dyedrons amplify the signal emitted by fluoromodules, providing a single compact protein tag with signal enhancement.
The Center for Inorganic Membrane Studies at Worcester Polytechnic Institute will demonstrate a palladium membrane system to separate hydrogen from coal gas, aiming to lower energy costs and reduce greenhouse gas emissions. The project is part of an $8.5M program to advance clean energy technologies.
Researchers at Northwestern University have developed a new method called beam-pen lithography, which uses tiny beams of light to draw patterns on surfaces. This technology offers a means to rapidly and inexpensively make and prototype circuits, optoelectronics, and medical diagnostics.
Dr Paola Borri's £1.1M award will support her research on optical nanoscopy, enabling detailed study of living cells without fluorescent staining. This technology holds promise for tackling biological and medical problems, such as HIV and cancer research.
The School of Science at IUPUI is launching a program to encourage science majors to become teachers, addressing the shortage in science educators. Through the Noyce Summer Internship program, freshmen and sophomores share their enthusiasm for science with middle school and high school students.
The University of Idaho is launching a new STEM Educational Research Initiative, supported by a four-year, $1.2 million funding from the Micron Technology Foundation. The initiative aims to identify and address root causes of why Idaho students may not perform well in STEM fields and develop programs to overcome those barriers.
Researchers found asymmetrical behavior in electrons' tunneling ability depending on oxygen atom position, a significant step toward identifying pseudogap state and its effect on superconductivity. The discovery may lead to new approaches to achieving room-temperature superconductivity in copper-oxides.
The new partnership aims to address the need for smart alternative energy sources and prepare students for the emerging industry. The Smart Grid Research Center will focus on developing reliable, affordable, secure, clean, and efficient energy systems.
Carnegie Mellon University has launched a $7 million initiative to increase U.S. enrollments in computer science and STEM fields by leveraging students' interest in robots. The program, called Fostering Innovation through Robotics Exploration (FIRE), will develop new tools and competitions to attract more young people to these careers.
Researchers are developing an EHR system to improve nursing care coordination and advance technology use in long-term care. The goal is to integrate clinical information systems with passive monitoring data to enhance clinical decision-making and patient outcomes.
The maglev haptic interface, developed at Carnegie Mellon since 1997, provides highly realistic feedback for users to perceive textures and feel hard contacts. It has applications in controlling remote robots and simulation technologies for dental training and biopsy needle insertion.
Researchers used computer simulations to study the possible spread of the Deepwater Horizon oil spill in the Atlantic over a year. The study found that about 20% of the initial particles had been transported through the Straits of Florida and into the open Atlantic by October 2010.
AquaLux 3D uses precisely controlled water droplets to create 3D images in water, allowing for unique effects like video games on falling water. The technology can also enable physical interaction with the display.
Avello Bioenergy Inc., founded by Iowa State students Jared Brown, Cody Ellens, and Anthony Pollard, utilizes fast pyrolysis technology to produce bio-oils for various industrial applications. The company's goal is to replace petroleum-based materials with renewable alternatives.
mLED Ltd develops micro light-emitting diodes (microLEDs) with compact and efficient designs, suitable for various applications including neuroscience, microscopy, and communications. The company aims to deliver platform technology that is robust, reliable, and versatile.
A new £7m research center at the University of York is developing hyperpolarisation with parahydrogen to increase MRI sensitivity. This could enable doctors to make diagnoses in minutes instead of days and tailor treatments more accurately.
Diaz-Loya's work on geopolymer concrete technology has been recognized nationally with a prestigious scholarship. His research aims to convert this emerging 'green concrete' into an engineered material with predictable mechanical properties, enabling large-scale commercial applications.
The Hebrew University of Jerusalem has been selected to participate in the CREATE program, focusing on cellular and molecular mechanisms of inflammation. The research aims to develop diagnostic/prognostic indicators and novel therapeutics for inflammatory diseases.
Scientists are developing a database of human emotion and behavior by collecting digital representations from actors. The USC CreativeIT Database will help predict patterns in human behavior, leading to potential applications in addiction treatment, customer care, and global security.
A study published in Neurology found that a combination of tests can predict falls in people with Parkinson's disease. The tests evaluated overall symptoms, balance, and mobility, showing a sensitivity of 78% and specificity of 84%. Implementing these tests can help identify those at risk of falling and prevent injuries.
The Iowa State researcher's 3D imaging technology has been used by Rock stars like U2 and featured in Radiohead's music video. The technology requires less data and memory than current tools, making it practical for the entertainment industry.
The study introduces Dynamic Memory Paravirtualization (DMP), which dynamically patches binary code in the guest operating system for better performance. DMP reduces virtualization overhead by replacing hot instructions, making it a significant contribution to system virtualization technology.
Bioengineers at the Wyss Institute have developed a new technology to regenerate heart and other tissues by replicating natural design principles. The resulting protein nanofabrics can be customized to generate specific properties, making them ideal for tissue engineering scaffolds and high-performance textiles.
The Virtual Manufacturing Automation Competition and Mobile Microrobotics Challenge demonstrated robotic capabilities for complex tasks like mixed palletizing and microassembly. The competitions aimed to advance robotic skills for future robots in various industries.
A team of researchers discovered that a supermassive black hole at the center of the most massive local galaxy, M87, is displaced from its expected location. The finding suggests that supermassive black holes may be commonly offset from their host galaxy centers due to previous mergers or interactions with jets.
Researchers Jane Siegel and Jeff Perdue are leading an initiative to develop business-centric measures of cloud computing benefits and risks. The goal is to provide chief information officers with a standardized method for comparing internal and external providers.
Onur Mutlu received a five-year grant to research techniques and algorithms for creating scalable high-performance memory systems. His goal is to develop predictable and controllable systems with guaranteed service quality on multi-core processors.
New research suggests that radio frequency identification (RFID) could be used to provide critical information on casualties and losses in the immediate aftermath of an earthquake. RFID readers installed at entry and exit points and around critical areas in a building could help rescue personnel locate trapped individuals more precisely.
Researchers identified gibberellins as a key hormone family regulating tree root development and adaptation to changing soil conditions. Hormone suppression could help trees adapt to stress, and the findings have potential applications in biotechnology and selective breeding.
A University of Florida engineer has developed a nickel-sized imaging device that uses organic light-emitting diode technology for night vision. The device is lightweight and inexpensive, making it a possible add-on to cell phone cameras or eyeglasses.
A new method for detecting and genetically identifying salmonella from contaminated foods can provide DNA sequencing-like results in hours, rather than days. This could help recognize outbreaks sooner and stop tainted food from being delivered.
The Global Alliance of Technological Universities (GlobalTech) addresses pressing global issues like biomedicine, sustainability, and energy security through collaborative research. Members have proposed multilateral student exchange programs and workshops on key topics to foster innovation and solve the 'Grand Challenges'.
Researchers at Carnegie Mellon University and Jibbigo LLC have developed a new application that performs speech-to-speech translation between English and the Iraqi dialect of Arabic. The software is available on the iPhone App Store and operates as a freestanding communicator without internet connection.
A researcher at North Carolina State University has developed a revolutionary computer chip storing an entire library's worth of information on a single square inch. The breakthrough uses magnetic nanodots, allowing for precise orientation and reliable data reading/writing.
Experts will present on techniques using digital technology to separate conjoined twins, develop facial prostheses, and analyze anthropologic specimens. The symposium aims to enhance outcomes through the use of digital tools, such as radiographic data and tactile medical modeling.
The EPA has awarded over $1 million in grants to 14 college teams who developed innovative solutions to protect human health and the environment. The P3 award competition encourages students to create sustainable technologies, and winners will receive funding to further develop their ideas.
Researchers have created a brain-like 'evolutionary circuit' in an organic molecular layer that can solve complex problems, mimicking natural phenomena like heat diffusion and cancer cell evolution. The processor also exhibits self-healing properties, unlike existing man-made computers.
Researchers are developing a new chemical enhanced oil recovery technology to access the remaining oil in existing US reservoirs. The project aims to increase domestic oil production from marginal wells, reducing reliance on deepwater drilling.
Researchers have discovered that the jet stream caps volcanic ash clouds at a certain atmospheric level, halting their rise. New tracking methods could provide more accurate estimates of where ash clouds will travel, helping pilots avoid them.
A new technology developed at the University of Toronto enables ads to be resized automatically to conform to any web space, maximizing usable website spaces. This innovation could significantly increase revenues for publishers and create new opportunities for advertisers, given the online advertising market's billions-of-dollars worth.
The Department of Defense is funding a $1.6 million grant to develop two new surveillance applications, one for a tiny cave camera and another for iris recognition, both building on the lightweight 'Panoptes' platform developed by Southern Methodist University.
The UH Energy program has received a $2.5 million Department of Energy (DOE) award to develop a smart grid workforce training program. The grant will support training programs for electric power sector employees, focusing on activities such as electricians, line workers, and system operators.
This BSSA tip sheet documents the long history of earthquake monitoring by the Southern California Seismic Network (SCSN), detailing its evolving sensitivity over time. Researchers also examine the predictive capability of models to estimate ground shaking during large earthquakes in the San Francisco Bay Area.
Researchers propose using wireless nano sensors to monitor structures for early crack detection and structural damage. The feasibility study suggests these sensors could improve safety by detecting problems before they become critical.
A study of 500 undergraduate students found that high-school opportunities in technology shape their abilities to engage in university academics. Insufficient preparation can lead to a sense of not belonging and limited perspectives as academic beings.