The project will create a digital map of parking spaces using accumulated UTA data, enhancing sustainability practices and reducing emissions. It will also establish an AI-based system to predict future demand and improve users' experiences through a mobile app.
Researchers have identified functional networks responsible for generating seizures in children with epilepsy. The new method uses noninvasive techniques and advanced computational methods to measure electric and magnetic signals generated by neural cells.
Researchers at UTA create high-tech solution to exterminate fire ants without using toxic chemicals. The innovative approach uses a combination of sensors and microorganisms to detect and eliminate fire ant colonies.
Researchers at UTA developed a novel spectroscopic tool using auger-mediated positron sticking to measure electronic structure of surface materials selectively. This technique allows for selective measurement of top-layer properties, enabling researchers to understand material's conductivity and behavior.
Trinidadian killifish exhibit larger brain size in high-competition environments, increasing their ability to forage and survive. The study provides experimental evidence that brain size is an adaptive trait in dense populations.
Researchers at UTA analyzed how seven reef-building coral species in the Caribbean respond to white plague disease, identifying three consistent patterns of gene expression and adaptation. The study provides a novel framework for understanding broad coral disease resistance traits and their relationship to immune responses.
A new study by UTA hydrologist Ricardo Sánchez-Murillo has created detailed maps of Tegucigalpa's water sources, charting areas critical to recharge. These maps could help Honduras implement stricter urbanization and agriculture regulations to conserve water and protect vital landscapes.
Research by University of Texas at Arlington expert Traci Freling shows that the magnitude of negative information effects depends on crisis characteristics and product type. Companies should detect trouble early, diagnose crisis traits, and take swift action to mitigate harm.
Researchers found that asexual whiptail lizards accumulate more harmful genetic mutations than their sexual counterparts due to relaxed natural selection. This study supports the theory that sex is more efficient at removing harmful mutations and maintaining genomic health.
A team of researchers, led by UTA biologist Eric Smith, has identified six new species of miniature frogs in Mexico. These tiny amphibians have evolved to retain juvenile characteristics, limiting their adult growth and size.
Researchers discovered that rattlesnakes' venom evolves through balancing selection, favoring genetic diversity and a diverse set of tools to subdue prey. This finding has implications for developing anti-venom therapeutics to better treat snakebites globally.
A physics professor at the University of Texas at Arlington will lead an instrument on NASA's GDC mission to measure electron density and temperature in the ionosphere. The goal is to understand space weather and its effects on human activity, including disruptions to satellite operations and communication signals.
Alison Ravenscraft, a UTA assistant professor of biology, has received a $895,000 grant from the NSF's Faculty Early Career Development Program. Her research focuses on how gut microbiota helps insects break down plant toxins, potentially reducing crop losses and pesticide use.
A team of mathematicians from the University of Texas at Arlington is leading a national initiative to equip students with skills in climate-smart agriculture. The project aims to increase workforce diversity and create technology- and data-savvy workforces.
Researchers at UTA and international collaborators have discovered the regulatory architecture that drives snake venom expression, shedding light on the evolution of complex traits. The study provides a detailed explanation of how snakes developed specialized venom glands to produce diverse deadly proteins.
Researchers at UTA have discovered commonalities among caspases 3, 6, and 7 that could allow for the isolated activation of proteins in tumor cells without disrupting healthy cells. By understanding how effector caspases work in healthy conditions, they hope to develop methods to destroy abnormal cells while preserving healthy ones.
The UTAComNav Program will provide veteran and military spouse businesses with entrepreneurship education, small business technical assistance, loan preparation, and access to capital. Ashten Simmons, a military spouse, will lead the program, aiming to reach underserved veteran entrepreneur communities and provide tailored support.
Fatima Bagheri, a doctoral student in physics at the University of Texas at Arlington, has received a $200,000 National Science Foundation Postdoctoral Fellowship. She plans to investigate exoplanets' magnetic fields and their potential ability to support life, building on her previous research on geomagnetic storms.
The University of Texas at Arlington has received a $1.5 million grant from the US Department of Education to support domestic doctoral students specializing in Internet-of-Things study and research. The project aims to increase diversity among computer science researchers, with a focus on women and minorities.
Research by Assistant Professor Yue Liao found that cancer survivors improved their physical functioning and quality of life after participating in a 12-week group-based exercise program. The study focused on minority and medically underserved cancer survivors who often lack access to physical activity resources.
Researchers aim to predict and contain the spread of SCTLD by tracking coral immune responses. The study will examine which factors contribute to a successful immune response, where corals can recover and survive.
Researchers found that receiving feedback produces a stronger effect on sustaining attention than setting specific goals. Combining both goal-setting and feedback significantly improves attention and motivation. In contrast, incentives have little impact on task engagement or performance.
Researchers at the University of Texas at Arlington have developed a non-invasive wearable device that can accurately measure hemoglobin levels, reducing racial disparities in blood tests. The device uses spectroscopic properties to estimate hemoglobin, showing better accuracy and consistency than current methods.
Researchers at UTA are working on a sensing system that can monitor greenhouse gas emissions in farms, allowing for adjustments to reduce emissions while increasing crop yields. The system is made up of low-cost nanosensors and embedded readout systems, enabling farmers to save money and improve sustainability.
Researchers at UTA explore artificial ferroelectric materials to engineer smart mechanical behaviors using light and machine learning. They plan to create tunable free energy landscapes with varied materials and thicknesses, paving the way for various applications.
A geologist from the University of Texas at Arlington is investigating the origin and climate importance of loess, a sediment formed by wind-blown dust, in Montana, Wyoming, and northeast Colorado. Her research aims to identify the sediment's source, when it appeared, and the climate changes that caused it to form.
A chemist at UTA is working on creating new synthetic materials that can improve on inorganic metal oxides for use in various energy-saving applications, particularly in solar energy technology. The goal is to develop materials with improved stability and energy storage capability.
Researchers have developed a new cancer photodrug that can treat deep-seated tumors more effectively and with reduced toxicity. Copper cysteamine photosensitizers allow the production of reactive oxygen species to kill cancer cells, minimizing damage to healthy cells.
The University of Texas at Arlington has been awarded a National Science Foundation (NSF) grant to explore the development of novel materials. UTA is one of just 10 institutions nationwide to receive this funding, highlighting its commitment to cutting-edge research.
A University of Texas at Arlington electrical engineering graduate student has been awarded a prestigious Phi Kappa Phi Fellowship to focus on developing advanced robotic control systems. The fellow will utilize the award to pursue research in mechatronics and automation.
A University of Texas at Arlington researcher examines the impact of blunt smoking on teenagers, revealing heightened risks of respiratory disease, addictive behavior, and mental health disorders. The study also finds that blunt use can act as a gateway to other tobacco and nicotine products.
A biologist is studying anole lizard diversity in Caribbean islands to identify rare species at risk of extinction. The research will inform strategies to conserve vulnerable species by examining niche characteristics such as diet, habitat, and temperature interactions.
Ashfaq Adnan's team uses 3D printing to create multilayered materials for smart helmets, absorbing impact energy and deflecting directed energy attacks. The resulting helmets will be lightweight and resistant to blast impacts, alerting soldiers to potential dangers.
The University of Texas at Arlington has been recognized as a leader in addressing racial injustice and inequity through its Latino health literacy campaign. The campaign aims to enhance access to accurate health information for the Latino community, with a focus on COVID-19 prevention and vaccination efforts.
A new study by UTA researchers shows that building seawalls along the San Francisco Bay shoreline could increase flooding and incur hundreds of millions of dollars in damages. The team's findings suggest that non-traditional approaches, like strategic flooding, can provide more sustainable solutions for coastal communities.
Researchers at UTA are developing a new diagnostic tool for small breast tumors, using nanoparticles and ultrasound to detect temperature differences in the body. The technique has the potential to reduce anxiety and costs associated with biopsy procedures, while also improving treatment outcomes.
A UTA marketing expert has developed a framework for businesses to use digital avatars in customer service, citing studies that show 62% of online shoppers abandoned purchases due to lack of real-time support. The avatars can fill the void at a fraction of the cost of hiring human salespeople and service employees.
Joe Cloud, a UTA doctoral student, has been awarded the prestigious Tau Beta Pi Fellowship for his outstanding research in robotic learning for space and industrial robots. He is working with Assistant Professor William Beksi to develop learning-based methods for safe robot trajectory generation and motion planning.
A new study by University of Texas at Arlington professors explores how businesses respond to ransomware attacks and finds that negotiating with attackers may not be the best approach. The researchers suggest that companies should prioritize investing in cybersecurity to avoid long-term risks.
Researchers have developed a chemical compound that produces a powerful oxygen reaction when exposed to light, selectively killing cancer cells while leaving surrounding tissue intact. The photodrug is currently in clinical trials for patients with recurring bladder cancer resistant to traditional therapies.
Researchers discover 9,000-year-old obsidian flakes in Lake Huron, originating from an obsidian quarry over 2,000 miles away, representing the oldest and farthest east confirmed specimens of western obsidian in the continental US. The find sheds light on social connections across North America 9,000 years ago.
Daejong Kim is developing foil bearings for small engines used in aerospace applications, reducing maintenance costs and increasing efficiency. Hybrid foil bearings increase load capacity dramatically compared to traditional foil bearings.
UTA student teams took first place and honorable mention in the Environmental Protection Agency's Campus RainWorks Challenge with innovative designs incorporating green infrastructure practices. The winning project,
UTA is launching a nationwide quantum education initiative for secondary teachers, capitalizing on familiar content areas in existing curricula. The three-year program will provide stipends, resources, and equipment for classrooms and student STEM camps.
Kelly Patterson, a University of Texas at Arlington doctoral student, has earned a National Science Foundation Graduate Research Fellowship for her research on designing and improving critical infrastructure. With the three-year stipend, she will focus on bridge and hazard mitigation research.
Researchers aim to identify when individuals are falling out of the flow state by detecting physiological cues with off-the-shelf sensors. AI will be used to introduce interactive stimuli that nudge subjects back into a higher cognitive state.
A space physicist from UTA is collaborating with an international team to study the impact of coronal mass ejections on earth's magnetic field and technological systems. The research aims to improve forecasting and mitigation capabilities for solar flares, which can cause widespread blackouts.
Dr. Caroline Krejci is developing a new system that allows farmers to choose trusted drivers, providing more control and autonomy at lower costs. The project aims to reduce fees paid to middlemen and increase convenience for farmers.
Kamesh Subbarao, a UTA engineering professor, has been honored by the American Astronautical Society (AAS) for his technical contributions in estimation and control. He is also recognized for his leadership in AAS technical activities.
A UTA research team is testing a geothermal de-icing system on an operational bridge to assess its performance under real-world conditions. The system, designed by Xinbao Yu and Anand Puppala, uses heating fluid to melt ice and snow from beneath the bridge deck.