Articles tagged with Education Technology
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.
The University of North Carolina at Chapel Hill is conducting a clinical trial on a bio-artificial technology called ELAD, which uses functioning human hepatocytes to help patients with acute liver failure. The device has shown promising results in extending the lives of those awaiting a donor liver and may even allow the damaged liver...
Bradford Parkinson, a pioneer of GPS technology, has been awarded the 2003 Charles Stark Draper Prize for his significant contributions to the development of the original GPS system architecture. He is also recognized for his work on improving GPS accuracy and its applications in various fields.
Scientists say tech can't replace essential skills like reading and writing for blind individuals, emphasizing the need for Braille. Meanwhile, technological advancements help hearing-impaired individuals and those with motor disabilities, promoting job skills and inclusivity.
University of Alberta researchers are working on a project to remotely scan and analyze core samples, allowing geologists to determine the type and quality of rock without physically inspecting them. This technology has the potential to improve mine safety, accuracy, and production by reducing the need for human intervention.
Researchers at University of Warwick develop innovative technology to produce hydrogen from natural gas in compact reactors, enabling efficient fueling of hydrogen-powered cars. The process employs novel heat exchange technology and nanocrystaline catalysts to increase efficiency and reduce emissions.
Researchers have developed microscale channels to guide neuron growth in damaged nerves, a breakthrough that shows promise for treating nerve injuries. The technique uses biodegradable polymer films with microscopic patterns to direct nerve cell growth, with initial results showing rats regaining use of their legs after injury.
The Visualization Center at UCSD has made cutting-edge visualization technology available in the classroom, enabling students to interact with three-dimensional images and real-time data. This technology is particularly beneficial for underprivileged students who may not have access to such resources otherwise.
Researchers at Johns Hopkins University successfully applied the new simulation standard IEEE 1516, enhancing collaboration and accuracy in simulations. The tool integration allowed for a more detailed cardiovascular system model, enabling analysis of cardiac arrhythmias and performance measures.
Recent advances in aerosol technology, microbiology, and genetics pose a risk of misuse by terrorists, warns Johns Hopkins researcher Gigi Kwik. The 'Persephone effect' highlights how life sciences can be used for both good and evil, and the need for strict biosecurity measures to prevent the spread of biological weapons.
A study of two Georgia cities reveals that basic IT literacy has only marginal success in helping underserved groups access economic opportunities. Most disadvantaged social groups face difficulties sustaining their use of technology beyond initial classroom training, leading to frustration and limited benefits.
The Princeton Plasma Physics Lab team successfully decommissioned the Tokamak Fusion Test Reactor without significant radiological exposure. The $40.3 million project was completed under budget, demonstrating a safe dismantling process for large fusion facilities.
Researchers have found that traditional Chinese approaches combined with modern techniques can provide the same living conditions as high-rise structures while reducing energy consumption. The design incorporates natural ventilation, solar heating, and green spaces to create a comfortable and sustainable living environment.
The Automatic Linguistic Indexing of Pictures (ALIP) system uses a pictorial dictionary to associate images with keywords, allowing for more accurate image annotation and search. The system has demonstrated great potential for use in biomedicine, digital libraries, and other fields.
Researchers from Indiana University unveiled innovative tools, including GeoMapper and Warscope, to display geographic information and locate network devices. The displays demonstrate collaboration among top universities in the state.
The OptIPuter project, led by Cal-(IT)2 researchers, partners with Chiaro to deploy Enstara routing platform for high-performance networking and data analysis. The platform's innovative technologies reduce infrastructure costs and enhance packet processing efficiency.
Researchers used fMRI to compare representation of repetition rate across cortical and subcortical structures in human auditory pathway. Findings revealed distinct patterns of activity in response to trains with varying repetition rates, shedding new light on neural representations of sound perception.
The conference emphasized the need for collaborations among government, industry, and academia to address nuclear education and R&D needs. Key action items include developing better secondary-school curriculum, expanding joint outreach at high schools and community colleges, and attracting young women and minorities to the field.
A new database technology developed by Dr. Peng Liu can detect single, multiple or simultaneous attacks, isolating malicious transactions while preserving benign ones. The software also repairs the database by containing corrupted data objects and undoing the effects of the attack, allowing for static and on-the-fly repairs.
The Center for Biophotonics Science and Technology will bring together researchers to develop new technology that enables scientists and physicians to see living cells in real-time. Applications of biophotonics include selectively treating tumors, sequencing DNA, and identifying single biomolecules within cells.
The Council on Competitiveness symposium features Carnegie Mellon's ESM (End System Multicast) technology, enabling efficient and cost-effective live streaming over the Internet. With its distributed coordination mechanism, ESM adapts to network dynamics for optimal bandwidth and latency.
The American Chemical Society has awarded US Representative David Price for his efforts to advance science and technology in public policy. He has increased research funding at major agencies, strengthened science education, and promoted environmental protection through legislation.
This year's winners include C. Jeffrey Brinker, Claire M. Fraser, Bruce T. Goodwin, Keith O. Hodgson, Saul Perlmutter, Benjamin D. Santer, and Paul J. Turinsky for their groundbreaking work in materials research, genome analysis, nuclear physics, environmental science, and more.
Dr. Rory Cooper's groundbreaking work on wheelchair design and technology has improved the lives of veterans with service-connected disabilities. His contributions include streamlined wheelchairs, accessibility guidelines, and electric-powered wheelchair expansion.
Researchers have developed a new technique for embedding data in images without causing distortion. Authorized recipients can extract the embedded message while recovering the original image intact. This technology has significant applications in authenticating images, detecting changes, and encoding information about the image itself.
The University of Illinois at Urbana-Champaign is leading a global effort to develop revolutionary materials and systems for safely and economically purifying water. Researchers will focus on improving disinfection and desalination processes, removing trace contaminants, and eliminating foulants that clog filters.
A five-year initiative led by Partnership for Biodiversity Informatics will enhance researchers' global access to data and information. The project aims to locate relevant data sets, utilize distributed computational services, and exercise new analysis methods.
Virginia Tech and ICSRC used Internet2 technology to create a live virtual classroom environment where students from Seattle interacted with teachers on the east and west coast. The ThinkQuest conference explored emerging technologies and educational ideas, with participants debating future possibilities for K-12 audiences.
A new virtual clinic, developed by Dartmouth Medical School, aims to improve understanding of genetic testing and services among non-geneticists. The program uses interactive multimedia and expert simulations to train healthcare providers on genetics in clinical practice, working with labs and genetic counselors.
The article discusses the future of coatings technology, which dates back over 20,000 years, and highlights key challenges to be addressed. Dr. Robert R. Matheson Jr., a DuPont scientist, identifies issues such as reducing environmental footprint and improving biological, mechanical, and transport longevity in soft coatings.
Researchers used carbon-dating technology to confirm the authenticity of the Vinland Map, dating it to approximately 1434 A.D. The map, if authentic, is believed to be the first known cartographic representation of North America. Its date would establish the history of European knowledge of the lands bordering the western Atlantic Ocean.
A Syracuse University study found that the LSTA generated an average of 17% increase in new funding for libraries from state and non-governmental sources. This increase held even when adjusted for a strong economy, demonstrating the positive impact of federal spending on revenue.
Researchers at UC Davis have developed a new type of nanofilter that can selectively separate proteins and DNA molecules based on their size. The filter uses electrostatic screening to 'open' or 'close' pores, allowing for controlled separation of similar-sized proteins.
A new project at the University of North Carolina at Chapel Hill is using an innovative 'soap opera' format to teach Spanish to health professionals. The program, called "A su salud!", combines language development and cultural awareness with health content focusing on Spanish-speaking immigrants.
Georgia Tech will focus on aeropropulsion and power technologies, bridging technology gaps for revolutionary engine components. The institute aims to develop innovative propulsion and power technologies, enabling NASA and industry to produce more efficient engines.
The Ohio University team, dubbed the 'Robobcats,' has developed soccer-playing robots that employ artificial intelligence to devise play strategies. The technology also has practical applications in disaster response and space exploration.
Researchers at Advanced Cell Technology successfully transplanted cloned tissues into animals without rejection. The study's findings suggest that nuclear transplantation could provide a limitless supply of immune-compatible cells and organs for regenerative therapies, tackling one of the major challenges in transplantation medicine.
Continental Airlines used operations research to generate globally optimal crew recovery solutions, recovering from terrorist attacks and inclement weather with tens of millions of dollars in benefits. The airline's partner CALEB Technologies Corp. developed the CrewSolver decision support system.
CU Pharmaceuticals and Chemical Signatures win with innovative approaches to pharmaceuticals and life sciences. The two companies will receive funding to develop their ideas.
Jawahar C. Parekh, a New Jersey researcher, has developed an ozone-safe antiperspirant that provides better protection at lower application levels and has a longer shelf life. The new propellant reduces the formation of hazardous air pollutants when reacting with the antiperspirant's active ingredient.
Brown, a renowned chemist and educator, has been recognized for her efforts to promote diversity in the chemical workplace. Through various initiatives, she has acted as a mentor and role model for underrepresented groups, serving on committees and participating in programs that encourage STEM education.
Researchers have found that highly connected proteins are unlikely to interact with each other, a phenomenon that helps reduce interference and increase stability in protein networks. This discovery was made possible by computer modeling of protein interactions in yeast cells, which revealed an
The University of Washington has been awarded a $16 million National Science Foundation grant to establish a center for materials and devices in information technology research. The center will receive funding over five years, with the potential for more than twice that amount over 10 years.