Articles tagged with Education Technology
A Mount Holyoke researcher is studying how low-income urban youth develop science aspirations and pursue careers in science and technology. The five-year study will examine the social negotiations of educational and career aspirations, effective mentoring strategies, and patterns of science and technology learning and motivation.
Researchers at USC's Viterbi School have developed a new electric pulse technology called electroperturbation, which exposes cells to brief and intense electric pulses that can trigger cell death. The technique has advantages over conventional treatments, being non-invasive and able to deliver treatment remotely.
Lehigh engineering professor Shalinee Kishore aims to bring modern telecommunications to rural Pennsylvania through a five-year grant. She plans to develop and implement a plan to improve the county's wireless communications infrastructure, enabling residents to access high-speed Internet and lower-speed voice services.
The project aims to deploy a MIMO-based mobile ad hoc network that increases spectral efficiency by 20 times, providing enhanced communications capabilities for the US military. Stevens' Wireless Network Security Center is involved in the research and development of the ultra-high capacity secure communications system.
Researchers at NC State University have developed a new mine-detection method that uses time reversal to locate buried objects in the ocean floor without complex modeling or arrays of sonar transmitters. The method simplifies equipment and analysis, making it more feasible for naval mine detection.
The study found that demographic factors such as age, income, and education level are not key to the adoption of electronic banking technology. Instead, people's personal attitude towards the technology plays a crucial role, regardless of their background.
A new study by Stevens Institute of Technology researchers Drs. Patricia Holahan and Ann Mooney reveals that constructive conflict can mutate into destructive conflict if not managed properly. The study found that trusting team members, displaying supportive communication norms, and freely sharing information reduce the risk of destruc...
A national study of 44 African-American Ph.D. chemists found that despite experiencing discriminatory practices and attitudes, most respondents had positive feelings about chemistry and built successful careers. The study highlights the importance of mentoring as a key factor in overcoming obstacles.
Researchers have developed materials that enable wavelength division multiplexing, transmitting 5 terabits of data per second. These new materials require less than one-fifth the voltage needed for standard lithium niobate crystals, improving performance by nearly fivefold in just four years.
A panel discussion at Stanford Medicine explores thorny issues posed by technology, including non-traditional families and reproductive cloning. The discussion aims to address concerns over the responsible use of new reproductive and genetic technologies.
A new 3D fabrication technique uses light-activated molecules to create complex microstructures with sub-micron features. The technique, called two-photon 3D lithography, has the potential to compete with existing processes for fabricating microfluidic devices and optical elements.
A new book by Sue V. Rosser identifies obstacles preventing women engineers and scientists from advancing in academia, including balancing work and family responsibilities. The study reveals that women faculty members are crucial for attracting and retaining female graduate students.
John Allen Paulos, a renowned mathematician and public commentator, has received the AAAS Award for Public Understanding of Science and Technology. He is recognized for his efforts to make mathematics accessible and relevant to everyday life through his books, columns, and opinion pieces.
The new ATDC Biosciences Center at Georgia Tech fosters collaboration between entrepreneurs, university faculty, and investors. The center provides wet labs and integrates with the Life Sciences Complex to accelerate tech transfer and commercialization of bioscience startups.
A recent study by Dr. Shrawan Kumar found that X-ray technologists experience high levels of back pain and neck strain due to excessive task demands. The constant physical stress compounds the issue, with few professionals beyond 50 years old remaining in the field.
Flexible organic light emitting devices (FOLEDs), developed by University of Toronto engineers, offer a potential solution for future generations of bendable television, computer and cellphone screens. The technology could be manufactured using low-cost, high-efficiency mass production methods within two to three years.
A 7-month-old boy named Lukas received a groundbreaking artificial corneal transplant using the AlphaCor device, offering renewed hope for patients with high-risk traditional corneal transplants. The procedure's success marks a significant milestone in the development of this innovative technology.
The University of California - San Diego Medical Center has been awarded a contract by the NIH to create a national tuberculosis educational curriculum. The goal is to raise awareness and improve education on TB, which can be controlled with effective medications. The consortium includes faculty members from 12 medical schools, six nur...
The Navy is testing a blog as part of the Defense Acquisition Incentive-Net Centricity (RAI-NC) initiative to speed up the exchange of information on new defense technologies. The pilot program, developed by Traction Software, enables users to post proprietary data and distribute general information among team members.
John Allen Paulos, known for communicating the pleasures of mathematics to huge audiences, has received the AAAS Award for Public Understanding of Science & Technology. He has written seven books, including 'Innumeracy' and 'A Mathematician Reads the Newspaper', which have received glowing reviews.
Rutgers University has been awarded a four-year, $5.45 million grant to construct and operate a wireless networking test bed for researchers nationwide. The test bed will include laboratory and field trial facilities, allowing researchers to test emerging wireless protocols in a standardized setting.
The virtual autopsy combines CT and MR imaging to provide detailed information about trauma injuries and soft tissue. This technology can also be used in situations where traditional autopsy is not feasible due to religious or family objections.
Researchers developed synthetic jets that produce two to three times as much cooling with two-thirds less energy input, overcoming fan limitations. Vibration-induced droplet atomization technology also uses tiny cooling liquid droplets to carry heat away from components.
The UN University has authorized a diploma for graduates of its 10-course, 250-hour online training program in Integrated Water Resources Management. The program aims to upgrade knowledge of modern water management concepts and principles among practicing professionals.
The Royal Society of Chemistry hosted a plenary lecture on green and sustainable chemistry, featuring speakers from industry and academia. Key highlights include collaborations between sectors, innovative technologies for reducing waste and consumption, and the importance of information infrastructure.
The University of Florida's smart house utilizes computer and sensor technology to provide automatic assistance for elderly residents. The system includes devices that track movement, alert caregivers, and adjust lighting and entertainment systems, aiming to improve the quality of life for aging individuals.
A new three-year project makes 500 mid-Victorian wood engraved illustrations available as a searchable digital web database. The database will include books published in 1862, featuring significant authors like Trollope, and provide insights into 19th-century cultural history and artistic styles.
The University of Minnesota is receiving a $1 million grant to expand its assisted living services for the elderly using telemedicine technology. The VALUE project will bring healthcare services directly into the homes of elderly people who lack access to affordable care.
Researchers have created a ring of muscle from the patient's own body and transplanted it to the bladder as a replacement sphincter. The new treatment uses an implanted electrical stimulator for a reliable method of passing urine only when needed, offering hope for millions suffering from severe stress incontinence.
The project aims to develop new solutions to major wireless communications problems using advanced devices and software. Professor Dirk Grunwald of the University of Colorado at Boulder leads the networking component, focusing on building a new kind of wireless network that leverages radio-level decisions for efficient communication.
The inaugural report highlights key findings on technology alignment, IT security, and business prospects, providing a dynamic tool for organizations to sharpen their technology strategies. The GTCI report covers five major categories, including General Economic and Globalization, Human Capital, Technology Alignment, Technology Innovat...
Stevens Institute of Technology has been ranked as the most connected campus in the nation, with a robust wired and wireless network. The university is expanding its network with its new Babbio Center for Technology Management, which will provide state-of-the-art facilities for leading-edge education in business and technology management.
Clemson University's COMSET lab is focusing on developing new optical materials. The NSF grant will create an extended regional partnership to commercialize photonics research and attract high-paying industries to the region. This collaboration aims to build a knowledge-based South Carolina economy.
The USC Biomimetic MicroElectronic Systems (BMES) center will develop biomimetic devices replacing damaged human body parts, with potential treatments for blindness, paralysis and memory loss. The $34 million grant enables industry partnerships and educational programs in Los Angeles-area schools.
A new report warns that the US air transportation system is in peril due to a lack of coordination among stakeholders. The report calls for a focused national leadership and strategic vision to enable the airline industry to meet increasing travel demand.
Krishna Kumar, an associate professor of chemistry at Tufts University, has been recognized for his innovative protein design and engineering research. His work on 'decorating' proteins with Teflon-like materials has potential medical applications in drug delivery and antibiotic design.
Researchers Ted Sargent and Alex Vasilescu have been named to Technology Review's TR100 list for their groundbreaking work in nanotechnology, face recognition, and human motion analysis. Their innovative research has the potential to impact various industries, including security, biometrics, and filmmaking.
The book catalogs 211 NSF grants since 1993, featuring hands-on learning experiences that work, and emphasizes the importance of removing barriers to science and technology education. The resource is designed to be a toolkit for educators at all levels, with research-based ideas, contacts, and resources.
Researchers at Rensselaer Polytechnic Institute are developing new interconnect technologies that enable three-dimensional circuit integration, promising improved performance and function. The technology uses damascene processing to bond wafers together face-to-face, reducing global travel distance and enabling faster signal transmission.
New technique uses electron beams and ultraviolet light to remove chlorine ions from polychlorinated biphenyls (PCBs), reducing toxicity and enhancing biodegradation prospects. The method shows promise for decontaminating sediments contaminated with PCBs, a potential risk factor for cancer.
Seed Stage Associates LLC will provide education, assistance, training and advice to establish tech transfer offices, while aiding established offices in evaluation, marketing and licensing of new technologies. The company will leverage resources of western North Carolina schools for collaboration.
A Canadian consortium, led by NOVA Chemicals and the Alberta Research Council Inc., has developed a new membrane technology to improve olefin production. The process aims to reduce energy costs and CO2 emissions in petrochemical plants, with potential economic and environmental benefits for industry and Canadians.
The Von Liebig Center has awarded funding to six University of California, San Diego (UCSD) faculty projects, focusing on commercializing innovative technologies. Two projects in the Bioengineering department aim to improve cooling fan efficiency and detect infectious agents using electric field-induced fluctuation methods.
A new underground lab design has been completed by a collaborative project between the University of Washington and other institutions. The proposal establishes a main laboratory 7,400 feet deep and includes important operations on lower levels, with a focus on earth science and homeland security activities.
The University of California, Riverside is part of PIPRA, a collaborative effort to review public sector patenting practices and develop shared technology packages. This initiative aims to enhance the impact of technology transfer on public benefit, addressing critical global agricultural needs.
The Public-Sector Intellectual Property Resource for Agriculture (PIPRA) is a roadmap guiding public research institutions in managing and sharing intellectual property. PIPRA aims to facilitate the commercialization of new crops by allowing multiple institutions to hold parts of intellectual property rights.
The Society of Nuclear Medicine has announced an image that represents a significant advance in achieving high throughput in PET scanning without sacrificing quality. The image showcases technology such as 3D-LSO PET/CT, which could decrease whole-body scan duration substantially, benefiting nuclear medicine professionals and patients.
The microPET Focus offers significant improvements in image resolution and system sensitivity compared to its predecessor. The new design features reduced detector crystal cross-sections and gap sizes, resulting in improved spatial resolution and increased sensitivity.
Researchers have developed an AI system that can recognize various marine species, including fish and potential threats. The system, called Fetch2, has successfully identified two species - jacks and sharks - using side scan sonar data and neural networks, paving the way for autonomous surveillance of coastlines and harbors.
Researchers studied business models adopted by European mobile operators, finding that interfirm networks offering content services can provide a competitive advantage. The study explores three models and their impact on the role of customers and content providers.
A new scanning microscope developed at Brown University can uncover defects in the smallest and most complex integrated circuits. The device visualizes electrical current flow within wires, even those buried under advanced materials, allowing for non-invasive detection of faults.
Researchers will test semi-autonomous, interactive robots in a simulated disaster environment. The goal is to develop robots that can autonomously navigate and find victims by 2050.
A Fulbright scholar will study nano-sized polymer magnetic complexes at the University of Western Australia. The research aims to develop new technologies for localizing high concentrations of drugs at a tumor site, potentially reducing extreme side effects with systemic cancer therapies.
Researchers have developed a system that can alter pitch, duration, and vibrato in singing voices, producing more professional-sounding renditions. The technology uses a sinusoidal model to break down the original voice into components that can be modified to produce a great singing voice.
A new LASIK procedure uses femtosecond lasers to create precise, high-precision cuts in the human cornea, reducing complications and improving reliability. The technology has been safely used in over 30,000 procedures, offering a bladeless alternative to traditional microkeratome-based methods.
A recent study by Dr. Lynette Kvasny found that minority women view technology training as empowering, enabling them to connect with their children and overcome poverty and social alienation. They see IT skills as a means to transform and shape inner-city communities, rather than just advancing in the workplace.
Researchers from Delft University of Technology found that reinforced high-strength concrete cracks less quickly than previously believed. By omitting extra steps during the hardening process, costs can be saved and environmental impact reduced.
RIT's Center for Integrated Manufacturing Studies has developed an asset health management system that continuously monitors vehicle health through remote sensors and satellite communications. The system diagnoses problems, recommends repairs, and aggregates data to optimize fleet performance.
The University Spider connects businesses with top university experts in high-tech fields, enabling collaborative sponsored research and licensing agreements. The system also promotes heightened visibility for universities in the region.
Researchers at RIT have developed MRE heating technology, enabling hot meals and drinks for soldiers. The device uses magnesium to produce heat and has been part of every MRE used by US troops since the Persian Gulf War.