The University of Texas at Arlington's Planetarium will debut the first active stereo 3-D show about NASA's SOFIA mission, exploring the study of Mars atmospheres and comets. The 3.5-minute film aims to inspire young scientists and engineers.
A UT Arlington biologist is conducting a comprehensive study of zooplankton in over 20 lakes in Alaska and Wisconsin to better understand the relationship between ecological changes and evolutionary responses. The research aims to predict how organisms adapt to natural and human-induced environmental shifts.
Researchers at UT Arlington have developed a computer program called PixeltoApp that can automatically create a working app from an artist's concepts. The product uses image information to create user interfaces and has been shown to be similar to original apps in experiments with over 100 cellphone apps.
A University of Texas at Arlington researcher will receive a grant from NASA to further the search for amino acids, which are considered the building blocks of life. The platform aims to detect and separate ions with high precision, using extremely small volumes of samples, in order to identify potential signs of life beyond Earth.
UT Arlington aims to increase underprivileged and minority students pursuing graduate degrees, particularly in healthcare fields. The university will host student researchers from a consortium of 11 institutions, providing mentorship and research opportunities.
The University of Texas at Arlington is collaborating with the consortium to develop more resilient systems engineering designs for NASA's Space Launch System. The research aims to address complex design challenges by modeling diverse groups, reducing costs and improving project management.
Researchers at UNT Health Science Center and The University of Texas at Arlington have developed a user-friendly system that alerts individuals with sleep apnea to airflow leaks in their PAP machines. This system may motivate patients who give up on treatment due to discomfort or inconvenience.
Researchers at UTARI are developing a soft robotic glove that can open and close a patient's hand, providing relief for stroke victims. The device aims to address the limitations of current exoskeleton technology and improve long-term functional abilities and quality of life for those affected.
The UT Arlington Research Institute and Skyven Technologies have received a $25,000 grant to build and test a novel optics system that can concentrate sunlight over 1,000 times. The system aims to create cost-effective energy for the commercial market, reducing reliance on foreign oil and stress on the electrical grid.
The partnership combines UTA's emphasis on health with the FabLab's emerging technologies to create interactive learning experiences for children and families. Pediatric patients will use 3-D printers, scanners, and microelectronics to monitor their heart rate, translate brain signals, and print models of organs.
The University of Texas at Arlington College of Nursing and Health Innovation has been designated a Center of Excellence by the National League for Nursing. The college demonstrated sustained innovation in student learning and professional development, and its research on effectiveness will be monitored through 2019.
The UT Arlington Interdisciplinary Research Program has awarded five collaborative research projects, exploring topics such as pain management, personal security, and climate change. The program aims to enhance interdisciplinary research and advance the university's competitive position nationally.
A University of Texas at Arlington study reveals that sea stars have an immune response characterized by various types of immunities, including the first melanin gene ever recorded in a sea star. The team also found changes in genes related to collagen and nervous system function, which may contribute to the disease's effects.
Researchers at UT Arlington are developing a new ceramic material that can withstand both extreme heat and collisions, making it suitable for use in spacecraft, power plants, and other applications. The advanced material is created by blending different ceramics within the same family, resulting in added strength.
University of Texas at Arlington professor Andrew Makeev receives a $1.35 million grant to develop more durable composite materials for aircraft, accelerating their implementation in vertical lift and fixed-wing aircraft.
Scientists at UT Arlington and UNTHSC are building a prototype shunt flow monitoring system that can deliver on-demand and continuous readings of hydrocephalus. This could lead to better treatment, especially in infants and children who account for most shunt operations.
The UT Arlington team has developed an all-vanadium photo-electrochemical flow cell that enables large-scale solar energy storage even at night. This innovation overcomes a major limitation of current solar technology, allowing for uninterrupted energy storage around the clock.
Zdzislaw Musielak, a UT Arlington physics professor, has won the Humboldt Research Award for his exploration of extra-solar planetary systems, dark matter, and dark energy. The award provides him with the opportunity to work on research projects in Germany, furthering his cutting-edge achievements.
Pranesh Aswath, a renowned materials scientist at the University of Texas at Arlington, has been recognized as a Fellow by ASM International for his groundbreaking research in ceramics. His work on functional ceramic films and biological applications has resulted in over 150 publications and numerous patents.
A University of Texas at Arlington researcher is examining when and why employees hide critical information on the job, a phenomenon known as knowledge hoarding. The three-year study will evaluate its effects on work teams' performance and identify optimal ways to distribute knowledge.
Researchers at UTA are using geofoam blocks to bolster the earth beneath roads and bridges, slowing down settling of soft and compressible soils. This innovative solution aims to improve infrastructure safety and stability, particularly in areas with heavy truck traffic loads.
The Center for Integration of Composites into Infrastructure (CICI) will examine ways to use polymers in infrastructure construction, reducing maintenance and carbon footprints. Researchers aim to develop cost-effective, sustainable structures with improved outcomes over the next three years.
Researcher Taylor Johnson aims to predict and control emergent behavior in cyber-physical systems, which can lead to unexpected performance or safety issues. He will develop formal specifications and verification methods to identify and mitigate potential problems.
Researchers developed a questionnaire to assess home affordances and found that toys, appliances, and even furniture can impact infant motor skills. The AHEMD-IS tool can help parents evaluate toys for motor skill development and improve their child's fine and gross motor skills.
David Wetz's research focuses on optimizing batteries' performance and lifespan when operated at high power. The project aims to develop safer, more efficient batteries for the U.S. Navy, addressing safety, size, and weight constraints.
The University of Texas at Arlington educator Alexa Smith-Osborne has received a $200,000 grant to enhance mental health awareness in African-American faith-based communities. The initiative aims to reduce stigma and improve healthcare access, addressing the disproportionately high rates of psychological distress among Black Americans.
A new study assesses risks of extreme weather to North Texas roads and runways, predicting significant disruptions by 2100. The researchers found a high likelihood of transportation disruption and widespread damage during the spring season, with heat-related risks increasing during summer.
The team aims to create scalable nano-manufacturing processes for functional metamaterials, revolutionizing computing, communication, sensing, and imaging. By manipulating light in ways not possible in natural materials, they seek to overcome current roadblocks towards integrated photonics.
Weidong Zhou, a UT Arlington electrical engineering professor, has received a $600,000 grant to develop low-cost, compact ultraviolet lasers for detecting chemical and biological agents. The goal is to create more efficient lasers that can be used in portable detection systems, reducing size, weight, and power consumption.
Researchers at UT Arlington are developing an underground freight transportation system using electric and pneumatic methods. The project aims to reduce traffic, fuel consumption, and accidents in urban areas.
Researchers at UT Arlington have developed a new power generator that produces electricity up to 25% more efficiently than existing technology. The Afthon process harnesses pressure gain combustion, capturing most of the lost energy and burning fuel over 30 times faster than traditional engines.
The UT Arlington team, led by Brian Dennis, Krishnan Rajeshwar, and Norma Tacconi, will design and build a microfluidic electrochemical reactor to recover oxygen from carbon dioxide. The goal is to achieve an oxygen recovery rate of 75% or more.
A team of researchers from The University of Texas at Arlington is exploring ways to use geothermal energy to make bridges and overpasses safer during winter weather. By pumping groundwater through a circulation pipe, they can warm the bridge deck to melt ice and snow, reducing treacherous road conditions.
UT Arlington researchers have developed a way to fabricate nanoscale pillars that can lead to more energy-efficient transistors in electronic devices. The innovation could result in a tenfold reduction in energy consumption, reducing the need for frequent battery charging.
Physicist Ramon Lopez will use a combination of computer simulation models and real observations to understand the role of solar wind fluctuations in space weather. The research aims to enhance our understanding of the near-Earth space environment and provide critical information for managing satellite and communications technology.
Scientists discovered that elemental carbon became a key construction material for certain marine organisms, such as agglutinated foraminifers and worm tubes, after the devastating Permian-Triassic extinction event. The high influx of carbon into the ocean environment was linked to volcanic activity and coal combustion.
UT Arlington engineer Sungyong Jung is developing an efficient, low-power integrated circuit for directional hearing aids, mimicking the auditory system of a parasitic fly. The goal is to provide better, more defined hearing with improved sound quality and miniaturization.
The $670,797 grant will support research on biodiversity in West and Central Africa, with a focus on amphibian and reptile wildlife. The project aims to identify the processes driving high species diversity in the region and develop efficient approaches for maintaining biodiversity.
A University of Texas at Arlington assistant professor will study the vertical movements that formed the Rockies' present topography and the influence of topography on climate. A geo-camp for local high school students traditionally underrepresented in science will also be conducted to fuel student interest in geosciences.
The University of Texas at Arlington's Technology Manufacturing and Advanced Materials Center (TMAC) has received a $6.7 million federal award to support small and mid-sized manufacturers in the state. The funding will be matched with customer fees to provide services such as network of field engineers, consultants, and experts.
A University of Texas at Arlington researcher has been awarded a $220,000 Caltrans project to analyze and evaluate California's bridge foundations for safety and compliance with federal AASHTO standards. The research will also consider external factors such as vehicle load, weight, speed, and earthquakes.
A new UT Arlington study finds that employees who receive electronic correspondence from work after hours become angry more often than not, interfering with their personal lives. The researchers identified two categories of workers: segmentors who separate work and personal life, and integrators who want to stay connected with work.
Scientists at UT Arlington discovered that optogenetically stimulating a small area of the brain, specifically the anterior cingulate cortex, can significantly reduce pain behavior in lab mice. This breakthrough could lead to new strategies for managing chronic pain and improving our understanding of pain pathways.
Dasgupta, a renowned chemist and educator at the University of Texas at Arlington, has received the prestigious J. Calvin Giddings Award for his commitment to teaching and research excellence. The award recognizes his efforts to enhance analytical chemistry students' professional development and publish influential textbooks on teaching.
Robert McMahon, a renowned expert on aquatic invasive mollusks, has been awarded the Lifetime Achievement Award by the National Invasive Species Council. He is recognized for his decades-long work in preventing and managing invasive species, including zebra mussels, Asian clams, and apple snails.
Saiful Chowdhury's project aims to identify host-defense protein interactions networks using mass spectrometry-based chemical cross-linking technology. The research will help recognize protein-to-protein interactions and reduce data complexity in large-scale studies.
A University of Texas at Arlington computer scientist is designing a reservation/reminder software system to help veterans with Traumatic Brain Injury or Post Traumatic Stress Disorder. The system will be accessible through an android cell phone app or kiosk and can send text reminders about upcoming appointments.
The University of Texas at Arlington has received a $298,770 grant to purchase a micro-optics assembly and characterization system. The equipment will enable researchers to conduct more accurate nanoscale-related research and manufacturing, including integrating electronic devices with nanotechnology and photonics.
Naomi Cleghorn's team will excavate a site near Knysna, South Africa, believed to date back 44,000-18,000 years and hold never-before-seen evidence of early human evolution. The funding supports the search for additional sites in the area, which may provide insight into the population dynamics of early humans.
Researchers at UT Arlington are developing a distributed sensor system to monitor coal-fired boilers, enabling real-time health assessment of structural components. The new technology promises to improve boiler efficiency and safety, with potential industrial applications.