Data centers struggle with translating service-level objectives into precise resource requirements, leading to low utilization and high costs. Researchers at UTA create a new model that allows mapping of customer objectives to individual server needs, guaranteeing services and improving efficiency.
The University of Texas at Arlington's TMAC has received a $2.6 million award to help small- and mid-sized defense industry companies in Texas grow through diversification. The program aims to create jobs and increase sales for affected businesses.
Researchers will study zebra mussel populations in three Texas lakes, focusing on growth rates, life spans, and impact on lake productivity. The goal is to understand causes of population collapses and inform management strategies.
Researchers at UTA have demonstrated that polyaniline, an organic semiconductor polymer, can convert carbon dioxide into alcohol fuels without a co-catalyst. This breakthrough could lead to cheaper and more energy-effective solar fuel cells.
Researchers at University of Texas at Arlington are developing a new method and device to control blood pressure levels automatically using targeted electrical stimulation. The system aims to reduce drug side effects and improve treatment accuracy for patients with cardiac care environments.
Scientists have created biocompatible nanoseeds that can be injected into tumors to deliver radioactive isotopes, reducing damage to surrounding tissue. This innovative approach has the potential to improve radiation therapy for cancer patients, particularly those with inoperable solid tumors.
The University of Texas at Arlington's CLEAR lab will continue to research air and water quality monitoring studies and develop effective corrective strategies to limit negative ecological impacts. A partnership with Earth Day Texas will host a conference on responsible shale energy extraction.
Researchers at UTA have discovered a method to deactivate caspase-3 enzymes by removing water molecules, which could lead to the development of new treatments for autoimmune diseases like arthritis. This breakthrough, published in Proceedings of the National Academy of Sciences, provides a database of caspase-3 variants with varying le...
Researchers at UTA have discovered a potential non-invasive treatment for post-traumatic stress disorder (PTSD) using near-infrared light. The study, published in Nature's Scientific Reports, found that shining near-infrared light on the brain increases production of cytochrome-c-oxidase, a protein that stimulates blood flow.
The project aims to enhance materials used in UTeach Arlington and expand its impact on teachers and their students. Researchers will analyze the effectiveness of the materials and make research-based changes to address key concepts.
Researchers at UTA are developing novel catalysts using metal ions to activate simple hydrocarbons and produce more complex molecules. A new portable sensor is also being developed to detect specific gaseous molecules in plant product storage facilities.
Ramon Lopez, a professor of physics at the University of Texas at Arlington, has been recognized for his significant contributions to science education. He is being honored for his efforts to improve science literacy among K-12 students, as well as his work in teacher preparation and mentorship.
The University of Texas at Arlington has awarded four seed grants to interdisciplinary research projects tackling pressing problems such as loneliness among the elderly and urban Indian healthcare crisis. The winning teams will receive $20,000 to advance their work towards competing for externally funded grants.
Three UTA faculty members received prestigious Tech Titans Awards for their innovative work in technology fields. Drs. Purnendu Dasgupta, Kevin Schug, and Laura Mydlarz were recognized for their leadership of the Achieving Success in Science through Undergraduate Research and Engagement (ASSURE) program.
Kyungsuk Yum, a UTA professor, is developing nanocomposite hydrogel bioinks to overcome the barrier in 3D bioprinting. The bioinks incorporate carbon nanotubes and can change their mechanical properties during printing and after.
Researchers found highly variable contamination events in the Eagle Ford shale region due to mechanical inefficiencies. The study suggests that air contamination from fracking can be monitored and controlled with improved efficiency.
Physicists at UTA have been awarded a grant to upgrade the software running on the Titan supercomputer to support data-heavy scientific applications. The new system, Big PanDA, will improve operational efficiencies and enable efficient use of computing resources for a wider range of scientific applications.
A UTA researcher is working on an automated system that will analyze patients' thought records for improved diagnosis and treatment of depression. The system aims to make therapy more effective by providing doctors with real-time insights into patients' thoughts, behaviors, and progress.
The University of Texas at Arlington has received a $343,104 Navy grant to test the performance of batteries in full shipboard systems. With the OPAL-RT Hardware in the Loop platform, researchers will simulate battery behavior and predict its integration with shipboard systems.
Researchers are developing computing tools to access and analyze large patient data sets. This will enable scientists and doctors to make more accurate predictions about patient outcomes and develop new treatments for diseases. The National Science Foundation has awarded a five-year grant to Junzhou Huang to pursue this research.
Physicists from UT Arlington are developing a multifunctional platform to integrate imaging and photo-induced cancer therapy in a single, portable device. The BIGLITE device aims to improve the efficacy and safety of photo-induced therapies by precisely killing cancer cells while sparing healthy ones.
Researchers at UTA are studying how estrogen levels impact females' sensitivity to cocaine's rewarding effects and their risk of addiction. They found that estrogen activates messenger pathways in the dopamine reward system, making drugs more or less rewarding.
The University of Texas at Arlington's Institute of Urban Studies will develop a land use study to guide future development around the airport. The study aims to address residents' concerns and enhance quality of life in surrounding neighborhoods through community engagement and analysis of conditions including building locations, land...
Sampath Vengate's innovative design uses weighted flight to turn the aircraft, eliminating the need for ailerons and elevators. This technology has potential applications for stealth and hypersonic aircraft, cutting down on radar signatures and fuel consumption.
Chemists at the University of Texas at Arlington have developed a new method to quantify water content in solid pharmaceutical drugs, which is faster, cheaper, and more accurate than Karl Fischer titration. The new method uses headspace gas chromatography with ionic liquids and can analyze samples in just 10 minutes.
Researchers are developing new simulation techniques to improve the accuracy of heavy ion cancer therapies. The project aims to develop a real-time dose monitoring technique to minimize exposure of healthy tissues. This collaboration reflects UTA's focus on data-driven discovery and health, with potential implications for patient care.
The University of Texas at Arlington has received a Navy grant to develop new methods for testing composite materials used in aircraft parts. The project aims to predict defect formation and improve manufacturing processes, reducing costs and enhancing safety.
Researchers have developed a new method to measure the amount of blood in dry blood spots using electrical conductivity, which is accurate within one percent and uses up none of the sample. This technique has the potential to revolutionize dry blood spot analysis for clinical trials and large-scale epidemiology studies.
Researchers developed a cloud-based system using big data analytics and topic modeling to analyze startup companies' business descriptions. The approach identifies potential matches based on business proximity, geographic location, social links, and common investor ownership.
The UTA Institute of Urban Studies is analyzing pedestrian traffic along 184 street segments and 66 intersections in downtown Dallas to understand the street-level experience. The study will capture characteristics like density, block size, and building uses to identify elements that impact walkability.
A meta-analysis of retail return policies found that leniency in exchange and scope can increase purchases, while time and money leniency reduce returns. Relaxing other aspects of return policies can also curb returns, according to the study.
Researchers at the University of Texas at Arlington found a significant genetic link between low attention control in early adolescence and four distinct anxiety symptoms. Low attention control is also linked to increased risk of depression, drug dependence, suicidal behavior, and educational underachievement.
Robert Magnusson's research explores the use of nanostructured silicon films to generate light, potentially leading to faster and more compact integrated photonic-electric circuits. The new technology could also improve sensing instruments and make cameras and infrared technology less expensive.
Psychologists at the University of Texas at Arlington discovered that verbal interaction, not non-verbal cues, is crucial for mutual understanding between strangers. The study shows that exchanging words and asking questions leads to higher levels of common-ground understanding.
The University of Texas at Arlington associate professor has launched a new Android cell phone app called iSeeFlood to encourage public reports of flash flooding. The app integrates data from wireless sensors and radar systems to improve flash flood forecasting and warning systems, ultimately saving lives and property.
Kamesh Subbarao, a UTA aerospace engineer, has received a $201,000 grant from the Air Force Research Laboratory to develop an algorithm for cooperative control of multiple spacecraft. The algorithm aims to address uncertainties and time delays in data transmission, enabling better analysis of collected data.
Freshwater communities exhibit uneven species distributions, with rare species underrepresented. A recent study suggests that environmental conditions drive this pattern, with favorable environments supporting more equitable species abundance distributions.
A Fulbright Scholar will conduct research on women's sexual health literacy in Sierra Leone with a focus on HIV incidence, contraceptive use, and prenatal health. The study aims to enhance understanding of women's health literacy among unmarried women in the region.
Researchers aim to understand the root causes of coronary microvascular dysfunction, a condition that damages tiny coronary arteries in women. The study will test the hypothesis that impaired relaxation of the heart muscle contributes to progression of heart failure.
The University of Texas at Arlington has established a new Veterans Business Outreach Center to provide educational and training services to veteran entrepreneurs. The center will offer collaborative learning opportunities, one-on-one counseling, and workshops on starting a business, leveraging a $500,000 SBA grant.
Researchers are exploring the use of scanning lasers to measure road aggregate microtexture, aiming to improve the accuracy and sustainability of road construction. The project has the potential to lead to the development of new adhesive systems that make binding asphalt and concrete better and longer lasting.
Researchers at UTA examine global warming events during the Early Paleogene period, which occurred 66-45 million years ago. They aim to understand the effects of greenhouse gas emissions on life on Earth and provide analogs for current climate change.
Researchers are conducting fieldwork and genome sequencing to learn about the declining population of the spot-tailed earless lizard in Central and South Texas. The goal is to quantify population sizes, identify interactions among populations, and assess viability and persistence.
Research from the University of Texas at Arlington reveals that groundwater quality in the Permian Basin changes significantly during and after hydraulic fracturing expansion. The study detected chlorinated solvents, alcohols, and aromatic compounds in private water well samples, as well as large fluctuations in pH and total organic ca...
Physicists at UTA are developing a global simulation model combining knowledge and experience from seven leading research universities to predict space weather effects with higher accuracy and detail. The project aims to reduce errors in GPS and communication systems by up to 30%.
The University of Texas at Arlington student team won the EPA Campus RainWorks Challenge with their innovative design, Eco-Flow: A Water-Sensitive Placemaking Response to Climate Change. The project aims to reduce stormwater runoff by increasing tree canopy and decreasing non-permeable surfaces.
The University of Texas at Arlington will develop an online portal for disability history resources with a $40,000 NEH grant. The portal will provide a single point of access to various collections from archives, museums, colleges, and universities featuring historical materials on disability history.
UTARI researcher Endel Iarve will lead a three-year project to predict the strength and life of rotor blade assemblies using discrete damage modeling. The goal is to extend advanced computational techniques to larger aircraft structures, improving life prediction in rotorcraft structures.
Researchers found that environmental influences like parenting style are relevant factors in toddlers' self-control by age 3. The study, published in Developmental Psychology, used twin research and laboratory-based protocols to measure inhibitory control.
Researchers at UTA have discovered a new approach to alleviate chronic pain by stimulating the ventral tegmental area of the brain with wireless devices. This breakthrough reduces pain signals in the spinal cord and triggers the release of dopamine, which may help reduce emotional distress associated with long-term pain.