Research on the tools that support teaching and learning. Covers AI tutoring, critical-thinking tools, language learning, prevention games, and student engagement.
Researchers aim to create a high-speed wireless network using low-power LEDs, enabling faster data communication and greater security. The Smart Lighting ERC will focus on developing computer networking applications and testing the technology's potential for various industries.
Stevens Institute of Technology professor H. Quynh Dinh has been awarded a $50,000 Honda Initiation Grant to develop methods for detecting patterns in vector fields. The grant aims to improve engine design and traffic management through collaborations with researchers in automotive and ocean engineering.
Four Stevens Institute of Technology professors have received the Bright Idea Award for their groundbreaking research papers, with Christine V. Bullen, Ann C. Mooney, Patricia J. Holahan, and Peerasit Patanakul recognized for their work in Information Technology, Project Management, and Conflict Resolution.
A team at the University of Leeds has developed a fast and affordable biosensor technology to detect biomarkers for various diseases. This technology can potentially replace current testing methods that take hours to complete and require specialized equipment.
Researchers developed a fiber optic technology to measure blood levels in the colonic lining, detecting an early increase in blood supply associated with proximity to neoplasia. The findings suggest this technology could be a valuable screening tool for enhancing polyp detection and improving colon cancer prevention.
The University of Texas at Austin's Center for Electrochemistry has received a $5 million grant to develop new photovoltaic materials, improve battery storage, and enhance electrocatalysts. The initiative aims to promote advances in renewable energy technologies and create next-generation energy solutions.
Researchers developed a method using laser beams and fluorescence to measure airflow rates in wind tunnels, satellite engines, and object wakes. This technique surpasses traditional particle methods in accuracy.
Penn State researchers found that teams working in Second Life provided the most accurate answers despite taking longer to finish the task. Face-to-face teams felt most confident but struggled with basic tasks due to the complex keyboard strokes required for avatar movement.
The new foam reactor design has a large surface area per reactor volume, increasing production efficiency. It outperforms traditional packed bed designs by 10 times in terms of energy efficiency.
Researchers at NC State University have developed a video game program called GRADUATE to help North Carolina high school students fulfill the state's new graduation project requirement. The program aims to foster science achievement and IT skills while motivating students to pursue STEM degrees and careers.
The HappyWakeUp smart alarm clock uses a microphone to detect subtle changes in sleep patterns, providing an optimal wake-up time. By waking users up during their natural 'awake' period, the device helps regulate internal clocks and reduces morning stress.
Stevens will evaluate and demonstrate a novel microchannel reactor to reform pyrolysis oil into synthesis gas using reduced energy. The project is one of six university projects awarded by the DOE to develop biomass conversion technologies.
The Stevens Institute of Technology team will conduct a 24-month research project to develop an image-fused multi-wavelength sensor system for target acquisitions and tracking. The proposed system combines different energy spectrums to produce superior resultant images, increasing the war fighter's lethality.
A recent national survey by the Society for Information Management found that IT executives identify lack of alignment between information technology and business as their top concern, leading to lower revenue. To achieve better alignment, experts recommend effective communication, governance, understanding of IT value, collaboration w...
Researchers are developing smart nanostructures that can regulate reactions, momentum, and heat transfer in chemical reactors. These responsive systems could make measurement systems redundant and eliminate the risk of runaway reactions.
The Center for Environmental Implications of NanoTechnology (CEINT) aims to define the relationship between various nanomaterials and their potential environmental exposure and ecological consequences. Researchers plan to develop a rigorous risk assessment framework, collaborating with policy-makers and society.
A team of Michigan Tech researchers is harnessing video game technology to model complex biological systems, such as the human immune response to tuberculosis. Using GPUs, they have created a powerful new tool for medical research, allowing for faster and more efficient simulations of diseases like sepsis.
A new study suggests that remembering past instances of resisting temptation can help impulsive eaters make healthier choices. By reflecting on their previous successes and failures, individuals with self-control difficulties can improve their ability to resist fatty or tempting foods.
Emory University licensed its ERTb software to Syntermed for enhanced cardiac imaging, utilizing SPECT technology to diagnose coronary artery disease. The software improves image quality, accuracy, and patient outcomes in cardiovascular diagnosis and prognosis.
The US Department of Justice has awarded NJIT a grant to further develop child-safe gun technology, improving its patented dynamic grip recognition technology and moving it closer to commercial consideration. The goal is to create a complete prototype weapon that validates the biometric authorization concept.
Stevens Institute of Technology has been awarded two grants from the National Science Foundation to support research and training in micro/nanoscale sensors, actuators, and devices. The grants will enable the team to develop advanced acoustic emission sensors with high sensitivity and conformability.
Reinnervate has developed a polystyrene foam scaffold to grow cells in 3D, revolutionizing drug testing and saving companies money. The company is now poised for commercial manufacture and global sales after securing significant funding.
Morphormics' proprietary technology enables the rapid creation of anatomical roadmaps, improving radiation treatment planning and delivery decisions. The grant will support marketing efforts to bring this UNC-developed technology to patients with prostate cancer worldwide.
Professor Constantin Chassapis and Hamid Hadim will develop educational and training programs to address energy industry workforce challenges, focusing on nuclear engineering expertise. The program aims to provide practical skills and competencies for future nuclear power engineers and technicians.
The NC State-led FREEDM ERC will develop technology to transform the nation's power grid into a smart grid that can store and distribute energy from renewable sources. This 'Internet for energy' system will enable millions of users to generate their own energy and sell excess back to the power companies.
The EPA has awarded $3.6 million in research grants to develop innovative technologies for detecting known and emerging drinking water contaminants, including blue-green algae toxins and noroviruses. These new projects will improve the toolkit available to protect America's drinking water and public health.
A $18.5 million project aims to develop biodegradable implantable devices that adapt to a patient's anatomy and dissolve once they have healed. These devices would reduce follow-up surgeries and potential complications in orthopedic, craniofacial, and cardiovascular procedures.
Researchers from Michigan Tech and U. Michigan develop innovative quantitative analysis to distinguish fibromyalgia patients from healthy controls, suggesting potential clinical relevance in sleep stage dynamics. The study's findings may lead to improved assessments and reduced costs for sleep studies.
Researchers will create immersive virtual environments and assess their effectiveness in undergraduate engineering classes, enabling flexible learning with video games and IT tools. The project aims to enhance student engagement, accessibility, and learning outcomes in mechanical engineering education.
Dr. Yong Shi of Stevens Institute of Technology has been awarded a $300,000 NSF grant to design and test an umbrella-shaped micro-actuator for thrombus retrieval in stroke therapy. The actuator uses novel piezoelectric nanofibers to provide dynamic shear force on blood clots.
Researchers at the University of Nottingham have created a novel technology using fluorescence correlation spectroscopy to detect and track single molecule binding to A3-adenosine receptors. This allows for real-time observation of receptor activity within living cells, shedding light on potential anti-inflammatory drug targets.
A team of researchers has discovered a slow earthquake triggered by the 2007 dike intrusion at Kilauea Volcano, demonstrating the connection between magmatism and earthquake faulting. The study used satellite and GPS data to track the movement of magma and show how it triggered the slow earthquake on Kilauea's south flank.
Researchers from Michigan Technological University used meteorological balloons to measure temperature, composition and water content of volcanic gases. They detected sulfur dioxide, carbon dioxide and water vapor emissions with implications for remote sensing studies and neighboring residents.
Iowa State University is developing new technologies for producing and improving biofuels with support from Archer Daniels Midland Company (ADM) and ConocoPhillips. The projects focus on thermochemical technologies to convert biomass into bio-oil, catalysts for improving bio-oil production, and biorefinery studies.
Professors David Naumann and Stan Rosenberg from Stevens Institute of Technology introduced a new programming logic to leverage existing software tools and scale up large software systems in languages like Java and C#. Their work was funded by the National Science Foundation.
The UH department of health and human performance is leveraging Second Life to enhance student learning, with grants supporting research on virtual environments and instructional technology. Faculty members aim to create immersive learning experiences, promote healthy habits, and facilitate international collaborations.
A new research project at Case Western Reserve University is developing simulated experiences for dental students to practice communicating with patients. The virtual scenarios aim to revolutionize dental education and national testing for patient-side communication skills.
Researchers have identified a specific type of dinoflagellate that renders corals more susceptible to disease. The study found that this particular symbiont produces less food for the coral, leading to starvation and increased disease risk.
A study by North Carolina State University found that educating the public about emerging technologies like nanotechnology and artificial intelligence increases concern over their potential benefits. After participating in a deliberative forum, participants reported feeling more cautious and worried about human enhancement technologies.
Ben-Gurion University of the Negev has reached a strategic cooperation agreement with Microsoft's R&D Center, enabling joint research projects and internships for outstanding students. The partnership aims to create a talented group of programmers and develop next-generation technology innovations.
Researchers at Indiana University are leading a national effort to prevent hospital-acquired infections through data collection and implementation of effective strategies. The team will evaluate approaches from five collaborative groups and identify best practices for hospitals nationwide.
Researchers at Purdue University have created a hybrid molecule that can be intentionally manipulated, opening the door to quantum computing in semiconductors. This discovery enables control over the quantum state, a required step for building quantum computers.
A recent study published in the Journal of Consumer Research found that more complex and statistically efficient choice experiments result in less consistent participant responses. The researchers suggest that optimal design choices may impose a higher cognitive load on participants, leading to decreased consistency in their decisions.
A Northwestern University biomedical engineer has developed optical technology that can detect colon cancer early and is now being tested in large-scale clinical trials. The tests aim to predict the presence of colon cancer with adequate sensitivity, potentially leading to a routine screening test.
The project aims to integrate capacitive radio frequency MEMS and CMOS devices for rapid electronic steering of radar beams, improving radar speed and precision. The UNCD film technology exhibits unique properties that make it suitable for producing resonators for high-frequency operations.
The Self Cleansing Intrusion Tolerance (SCIT) technology developed by George Mason University researchers limits the damage caused by unknown cyber-attacks by restricting exposure time. By periodically cleansing servers, SCIT reduces the risk of data theft and provides an additional layer of defense against intrusions.
The US remains the dominant leader in science and technology worldwide, with 40% of global R&D spending, but faces challenges from increasing competition, particularly from China. The study recommends establishing a permanent monitoring body and improving K-12 education to maintain the nation's lead.
Researchers at the University of Missouri are enhancing motion-capture technology to benefit older adults, enabling frequent assessment of physical function and improving exercise effectiveness and safety. The technology preserves privacy while providing valuable insights for healthcare providers.
University of Missouri researchers found a significant variation in projectile points indicating experimental research by prehistoric artisans. The study suggests that the introduction of the bow and arrow technology prompted innovative thinking and experimentation to improve performance.
A new study by the University of Washington found that natural scenes can reduce heart rate and decrease stress faster than technological representations. When participants spent more time looking at a natural scene through a window, their heart rates decreased faster, whereas this effect was not observed when watching a similar scene ...
Researchers are using the Allen Telescope Array to target a specific area of the sky, the ecliptic plane, where they believe civilizations may be more likely to transmit signals. This targeted search increases the chances of detecting extraterrestrial life in our galaxy.
Researchers at Rice University create nanoscale 'baton'-like particles that spontaneously assemble into bag-like sacs around oil droplets in water. This phenomenon could lead to innovative technologies for cleaning up oil spills and polluted groundwater, as well as delivering drugs with controlled release.
Scientists at the University of the Basque Country have developed robots with improved precision control using shape-memory alloys. These materials enable precise positioning, making them suitable for applications such as machine tooling and large-dimension telescopes.
Jay Steele, a Ph.D. student in computer graphics at Clemson University, has received the NVIDIA Fellowship Program award for his research on Lattice-Boltzmann computational modeling methods and GPU acceleration. The $25,000 award recognizes his work on realistic lighting and rendering of virtual scenes.
The Economic & Social Research Council invests £3 million in five projects across the UK to enhance student engagement and understanding of Science and Mathematics related subjects. The projects focus on curriculum reform, assessment methods, and developing effective interventions to improve participation rates.
The Center for Translational Injury Research will focus on new medical technologies to improve diagnosis, care, and survival of trauma victims. Researchers aim to tackle pressing issues like brain injuries, bleeding patients, and regenerative medicine in skin replacement therapy.
OSU researchers received grants for projects with potential for commercially successful products, including noise-reducing aircraft composites and biosensors detecting objects like DNA and pesticides. The funding aims to accelerate technology development through collaboration between businesses, universities, and non-profit organizations.
A University of Missouri researcher found that telehealth interventions can significantly delay hospital readmission rates among patients with chronic illnesses. This reduction in hospital stays can lead to lower healthcare costs and improved patient outcomes.
Jean M. Eason, a senior member of the IEEE, received the Robert S. Walleigh Distinguished Contributions to Engineering Professionalism Award for her long-term leadership and accomplishments in IEEE-USA professional activities. She is one of 24 award recipients recognized for their professionalism and technical achievements.
Ted Nordhaus and Michael Shellenberger have won the 2008 Green Book Award from Stevens Institute of Technology’s Center for Science Writings for their book Break Through, which critiques environmentalism. The authors argue that green activists should recognize the potential of economic development and technological innovation to help o...