A new study from UT Arlington found that individuals with high levels of 'group narcissism' and strong national in-group identification are more likely to hold negative attitudes toward undocumented Latino immigrants. This aligns with the researchers' hypothesis that perceived threats to one's group can contribute to such attitudes.
A recent study by UT Arlington professor Jiyoon Yoon found that cyberbullying in the college environment can pose serious consequences, including physical endangerment. The researchers also discovered that most respondents considered cyberbullying to be more prevalent at the secondary school level.
D.J. Seo's research will provide timely and location-specific information for dispatching emergency personnel in flash-flooding situations, reducing response times by up to 30 minutes. The prototype will also examine the impact of development on rainfall-runoff response and improve water conservation programs in North Texas.
A UT Arlington environmental engineer is investigating the best methods to add monochloramine to water in the pipeline to eliminate biological growths and invasive species. The research aims to ensure efficient water delivery and last-long duration for the pipeline, benefiting over 4.4 million people in North Texas.
A UT Arlington study analyzed eight documented cases of drones in journalism, revealing significant issues with privacy and trespassing. The research found that drones are increasingly being used for journalistic purposes, often to capture footage of protests or secretive government activities.
A UT Arlington civil engineering professor is assessing the performance constraints to safe operation and design for a high-speed train's average speed and overall system cost. The study focuses on using existing TxDOT right of way, following routes such as Interstate 45 between Dallas and Houston.
A new study by UT Arlington researcher Jacob Resch found that the ImPACT test miscategorized healthy participants as impaired up to 46% of the time, particularly on verbal and visual memory tests. The research emphasizes the need for multiple concussion assessments to ensure accurate diagnoses.
Researchers have identified two ruthenium-based complexes that target cancer cells more effectively and are less toxic than current chemotherapies. The complexes, which seem to target cells in hypoxic states, could complement widely used platinum-based therapies like cisplatin.
A new tool developed by UT Arlington physicist Samarendra Mohanty has the potential to map and track neuronal interactions in the brain. The fiber-optic, two-photon, optogenetic stimulator uses low-energy near-infrared light to precisely excite neurons, allowing researchers to understand how brain connections function.
A UT Arlington electrical engineer is working on a $8 million project to increase internet security by using the quantum nature of light to transmit more information over longer distances. The research aims to develop a method that can dramatically increase data transmission capacity and speed without compromising security.
A University of Texas at Arlington aerospace engineer is developing diagnostic and predictive tools to aid aircraft manufacturers in analyzing composite structures. The work integrates design and manufacturing processes to advance the performance of composite materials, improving safety, speed, and reliability.
Research by Zhiyong Yang at UT Arlington finds that early, substantive dialogue with parents about tobacco and alcohol use is more effective in shaping teen behavior than advertising or peer pressure. The study also highlights the importance of positive parenting strategies over negative reinforcement techniques.
Research suggests that motor skills decline gradually after the age of 64, but healthy older adults can still create accurate internal models for action. This study aims to help clinicians identify abnormal loss of function in patients by pinpointing when deficits begin.
Researchers have developed a system that can automatically locate available space within a bandwidth, reducing dead spots in coverage. This technology has the potential to improve response time and provide better service for users, saving them time and money.
UT Arlington professor Qilian Liang has developed an algorithmic system that simplifies data collection for radar systems, allowing for better performance with less data. The system uses co-prime and nested samplings to eliminate redundant data, resulting in faster decision-making and more efficient image formation.
Assistant Professor Hyeok Choi's research aims to develop a sensor system that can detect biological toxins wirelessly, providing real-time data for early warning systems. The system will be deployed in areas with high concentrations of harmful algal blooms, enabling water providers to take action.
Yue Deng aims to protect satellites and power systems from solar wind energy bursts. Her research focuses on the Earth's magnetosphere and upper atmosphere interaction.
Researchers at UT Arlington are developing individualized rehabilitation software systems that use remote monitoring of people with rheumatoid arthritis to increase compliance and proper physical therapy. The system collects physiological and cognitive data while engaging patients in interactive game-like structured activities.
Scientists at the University of Texas at Arlington have developed a method for converting carbon dioxide into liquid methanol fuel using copper oxide nanowires and sunlight. The new process is more efficient and environmentally friendly than current methods, which require toxic elements or high operating pressures.
A University of Texas at Arlington engineer has developed a semiconductor-based process to capture, store and transmit solar energy more efficiently. The new method increases the yield of solar energy by 10 times and improves efficiency fourfold compared to current methods.
Hyejin Moon's novel microfluidic devices improve accurate images and conditions of huge numbers of samples, enabling quicker disease biomarker identification. The technology has applications for speedier drug development and may lead to the development of devices used by patients in their own homes.
A UT Arlington software engineer has developed a computer testing tool that significantly reduces the time and cost of determining whether a new program works. The Advanced Combinatorial Testing System (ACTS) uses combinatorial testing to test complex systems, such as healthcare information technology.
A UT Arlington bioengineer has created a hybrid imaging system that uses light and sound to produce accurate images of deep tissue, overcoming the challenge of invasive biopsies. The technology could revolutionize the way doctors examine patients, allowing for non-invasive evaluation of intact tissue with improved depth portrayal.
A UT Arlington bioengineering researcher, Kytai Nguyen, is working on a drug-delivery portion of a project to develop nanoparticles that will stimulate lung growth and remodeling. The project aims to help patients with destructive lung diseases by introducing drugs through inhaled nanoparticles.
Researchers aim to explore the mysteries of Alfvèn waves, fueling the Sun's heat and magnetic influence on planets. The study uses advanced simulations and observational data from NASA's Hinode solar observatory and Swedish Solar Telescope.
Researchers Seung Mun You and Hyejin Moon are using aluminum and nanopore technology to update an ancient evaporative process, known as zeer cooling, to cool vaccines and medicine without electricity. Their goal is to preserve vaccines and medicines in remote areas with limited access to electricity.
Researchers are using a new approach to simulate supernovas and their remnants, shedding light on the physics of these events. The team hopes its models will help reveal details about the characteristics of supernova remnants, including those created during the explosion and those formed in interaction with surrounding medium.
A recent study found that deforestation in the Amazon rainforest leads to a net loss of diversity among microbial organisms, which are crucial for ecosystem function. The research revealed biotic homogenization and reduced genetic variation in bacteria across converted forests, compromising ecosystem resilience.
Researchers at UT Arlington are working with IBM to minimize heat generated by stacked 3D integrated circuits and develop cooling solutions. The team aims to improve efficiency, speed, and reliability of 3D ICs, which could lead to significant financial savings and advancements in computing.
Researchers at UT Arlington have developed a new imaging system that doubles methane gas production in the city of Denton landfill. The system will enable the landfill to power up to 3,000 homes, reducing greenhouse gas emissions and promoting sustainable waste management practices.
Kevin Schug, a UT Arlington associate professor, will be recognized for his outstanding contributions to analytical chemistry with the American Chemical Society Division of Analytical Chemistry Award for Young Investigators in Separation Science. His work focuses on developing increased throughput mass spectrometry methods and ultra-tr...
Scientists have identified a unique phage that acts as a predator, infecting and harming competing bacterial strains in the human intestine. The discovery could lead to new techniques for controlling bacteria in a natural way, opening up questions about the role of phages in shaping gut communities.
A UT Arlington research team is developing smart skin applications for robots that can perceive the environment and assist humans, with a focus on improving prosthetics and home assistance. The $1.35 million NSF grant will advance robotic technology and unlock new applications for sensor skins and clothing.
Biologists have discovered how a transcriptional repressor makes its way into the nucleus of plant cells to control jasmonate signaling, which is crucial for maintaining balance between growth and defense. This finding could lead to more efficient crop yields with less harm to the environment.
The UT Arlington physics team has developed a novel thermoelectric generator using copper sulfide nanoparticles and single-walled carbon nanotubes. The technology, which can convert both light and thermal energy into electrical current, shows increases of up to 80% in light absorption compared to earlier methods.
A new sensor and monitoring system is being developed to enable consumers to monitor their energy, gas, and water use, saving them money. The system, funded by the NSF, uses pervasive computing technology to provide homeowners and businesses with real-time insights into their resource consumption.
The University of Texas at Arlington's College of Nursing and School of Social Work will use a $900,000 grant to develop an interprofessional education program for graduate students. The program will focus on teaching nurses and social workers to work collaboratively through in-person collaboration, virtual meetings, and simulations.
A UT Arlington civil engineering assistant professor is teaming up with a private sector engineer to develop a tool for rehabilitating manholes. The project aims to improve the structural capabilities of common manhole materials and provide vital information for decision-makers.
The University of Texas at Arlington is developing a universal version of the PanDA workload management system, funded by a $1.7 million grant from the US Department of Energy. The new software aims to improve the analysis of large datasets in particle physics and other fields.