Researchers have developed an improved organic-based, solid-state lithium EV battery by altering the electrode microstructure using ethanol. The new design increases energy density to 300 Wh/kg, a significant improvement over previous batteries with a utilization rate of nearly 98%. This breakthrough aims to reduce reliance on scarce t...
A proposed project aims to detect seismic faults and fractures using 3D imaging to reduce the risk of injecting carbon dioxide. By imaging small-scale fractures, it's possible to estimate fluid leakage pathways.
Researchers discovered that zinc slows down calcium oxalate crystal growth while also altering surfaces, creating defects for new crystals to form. The study offers a resolution to conflicting theories on zinc's role in kidney stone formation.
University of Houston researcher Beau Alward aims to use African cichlid fish Astatotilapia burtoni to study social disorders like autism. He plans to utilize CRISPR/Cas9 gene editing to create a genetic model of social dysfunction, allowing for a more precise understanding of genes involved.
Scientists at the University of Houston have demonstrated giant flexoelectricity in soft elastomers, paving the way for improved robot movement range and self-powered pacemakers. The breakthrough could also enable human-like robots to perform physical tasks with greater flexibility.
A research team led by the University of Houston will examine external review letters and tenure clock extensions to uncover ways to reduce bias and increase representation of faculty from diverse backgrounds. The project aims to create training programs to promote transparency and fairness in promotion and tenure processes.
A University of Houston research team creates a unique class of luminescent materials called phosphors that absorb violet LED's single-color emission and convert the light to cover the majority of the visible spectrum. The new LED bulb emits less blue light, reducing health concerns associated with overexposure.
A study by University of Houston researchers found that heart-focused anxiety is a significant predictor of depression and overall anxiety among Latinx young adults with previous trauma. This population often somaticizes mental health problems, making treatment more challenging.
Researchers at the University of Houston discovered 'accelerousal,' a phenomenon describing stress triggered by acceleration events. Half of the participants exhibited heightened stress during stop-and-go periods, with 'accelaroused' drivers experiencing nearly 50% more stress and feeling more overloaded.
Researchers have developed a new method for synthesizing zeolite catalysts that improves catalytic performance by up to five-fold. The improved hierarchical zeolite catalysts show unprecedented improvement in stability and selectivity, potentially reducing the need for costly turnarounds.
Researchers found that using gain language, which highlights positive benefits, can increase eco-friendly behavior. Anthropomorphism, such as giving objects human characteristics, also boosts green compliance. The study suggests that businesses can save money by shifting customers' behaviors to be greener.
Researchers have discovered a new method for converting toxic copper ions into stable single-atom copper using bacteria found in copper mines. This process is safer and more efficient than current methods, which often require harsh chemicals and labor-intensive processes.
Researchers found continuous declines in positive emotions among astronauts at two Antarctic stations, without a bounce-back effect after returning home. Positive emotions such as satisfaction and enthusiasm are crucial for thriving in high-pressure settings, and interventions targeting these may reduce psychological risk.
The withdrawal of federal regulation on smaller transboundary waters has left individual states with the responsibility to fill in the gaps, but evidence suggests this may not lead to desired outcomes. Research highlights the flaws in the 2020 Navigable Waters Protection Rule's economics analysis and the failure to account for economic...
Researchers are developing an opioid vaccine that targets fentanyl, a potent synthetic opioid, to reduce respiratory depression. The vaccine stimulates the body to create powerful antibodies that bind to opioid molecules, preventing them from reaching the brain and reducing overdose risk.
The University of Houston receives a $1.35 million grant to create a free, open-access database of Puerto Rican literature, including photographs, manuscripts, poems, and videos. The digital portal aims to make the works of key Puerto Rican poets widely accessible to scholars and reading communities.
A nationwide review of hazardous waste sites found that living near a Superfund site could decrease life expectancy by over two months. Those with lower incomes and sociodemographic disadvantage face the greatest risk, with decreases in life expectancy ranging from seven to 15 months.
A new deep neural network architecture can differentiate between healthy and diseased skin images with high accuracy, offering a potential screening tool for systemic sclerosis. The proposed network reached 100% accuracy in training and validation sets, outperforming traditional CNNs.
Researchers have made breakthroughs in deep brain stimulation, a therapeutic treatment for Parkinson's disease. Electrical stimulation at higher frequencies can successfully recalibrate dysfunctional circuits causing movement symptoms.
A new toolkit developed by researchers at the University of Houston, in collaboration with the National Institutes of Health, enables rapid drug development for brain diseases and injuries. The toolkit uses high-resolution imaging to analyze unhealthy brain tissue, revealing multiple biological processes at once.
Researchers investigate fundamental aspects of topological semimetals, enabling access to matter's physics and attractive platforms for electronic devices. A new family of semimetals has sparked interest due to their potential to revolutionize technology.
The US Navy is developing a virtual reality personality assessment tool to improve recruitment and selection processes. The Manpower and Personnel Assessment Battery (MPAB) will use virtual reality technology, physiological markers, and real-time data analytics to assess applicants' skills and personalities.
A new report suggests interventions in graduate education to create more supportive environments for TNB students. The existing literature highlights the association between discrimination against TNB college students and negative psychological outcomes, such as suicidal ideation.
A team of researchers from the University of Houston found that the asthenosphere, a hot and softer layer beneath tectonic plates, is flowing vigorously, driving plate motions. This 'river of rocks' has been actively flowing for eight million years, shaping the Earth's surface and influencing earthquakes.
A study suggests that maternal stress and social isolation during the pandemic can have toxic inflammatory effects on mothers and infants. The research highlights the need for immediate action to understand the impact of the pandemic on this vulnerable population.
A new study aims to explore the cause and therapeutic treatment for left ventricular non-compaction cardiomyopathy (LVNC), also known as a 'spongy heart'. The research, led by University of Houston pharmacologist Mingfu Wu, seeks to determine how heart muscle fails to compact and develop medicines to reduce symptoms.
Researchers found that people with basic Information Technology (IT) skills are more likely to be employed and earn higher salaries. Basic IT skills include using email, copying files, and working with Excel spreadsheets.
Researchers are investigating the origins of a lost ocean fragment below Western US, using simulations and modeling to recreate its position and movement over time. The study aims to improve understanding of the Earth's interior behavior, earthquake forecasts, and mineral exploration.
A new glioma-targeted nano-therapeutic developed by UH researcher Sheereen Majd delivers the highly toxic anti-cancer drug Dp44mT directly to brain tumor cells, reducing toxicity and improving treatment outcomes.
The University of Houston Graduate College of Social Work research center has received $5 million in funding from Gilead Sciences, Inc. to continue its work combating the HIV/AIDS epidemic in the South. Led by Assistant Professor Samira Ali, the SUSTAIN Center focuses on improving frontline care and access for marginalized communities.
The researcher aims to identify common mechanisms among persister cells and their unique metabolic processes. The goal is to develop new strategies for understanding and combating bacterial persistence.
Researchers found that adolescent borderline pathology can improve with treatment, challenging previous assumptions about its intractability. The study of 500 adolescent patients over 18 months showed a significant downward trend of BPD features despite not undergoing specialized treatment.
Researchers from the University of Houston and Oregon State University have discovered that water-in-oil microemulsions formed by firefighting foam can retain high levels of PFAS in soil, making remediation difficult. This new understanding may help identify contamination sources and develop new clean-up methods.
A University of Houston researcher has identified the suPAR protein as a potential therapeutic target for treating focal segmental glomerulosclerosis (FSGS), a common form of kidney disease. High circulating levels of suPAR have been shown to induce oxidative stress in the kidneys, leading to cell damage and kidney failure.
The University of Houston's Supply Chain & Logistics Technology bachelor's and master's degree plans have earned CILT certification, making students eligible for membership and the CILT credential. This marks the first such distinction for any academic program in the US.
Stroke survivors regained clinically significant arm movement and control using a brain-machine interface coupled with a robotic device. The therapy showed potential for long-term benefits, suggesting a novel approach to rehabilitation.
Researchers at the University of Houston have developed a new 3D zinc-manganese nano-alloy anode that allows for fast charging and is stable without degrading. The anode uses seawater as an electrolyte, lowering battery cost, and has been tested to last up to 1,000 hours under high current density.
Research suggests hotel companies that promote a woman over an equally qualified man are perceived as fairer and less discriminatory, leading to a stronger organizational culture and higher financial performance. The study found that women account for only 12% of all hotel leadership positions, despite making up the majority of the acc...
Researchers have developed a machine learning model that predicts the hardness of new materials based on their chemical composition, finding over 10 promising borocarbide phases. The model's accuracy surpasses classical methods, enabling scientists to more efficiently discover suitable compounds for various applications.
A study by the University of Houston found that managers who followed CDC guidelines made employees feel grateful, while those who ignored recommendations enhanced fear and anger. This mixed messaging can have significant long-term negative consequences for both employees and organizations.
Researchers investigate whether early prescription of metformin can prevent weight gain in children and teens diagnosed with bipolar disorder and schizophrenia. The study aims to identify patient subgroups who will benefit from early intervention, aiming to reduce the risk of type 2 diabetes and cardiovascular diseases.
A University of Houston researcher has developed a mathematical model showing that economic inequality causes political polarization. Once polarization occurs, it can spread rapidly to the whole population and persist even when the conditions that produced it have reversed.
A University of Houston team found that the new C-diff guidelines are fourfold more predictive in identifying patients likely to die during hospitalization. The revised severity assessment allows doctors to tailor treatment accordingly, improving patient outcomes.
Thermoelectric materials work by exploiting heat flow, providing emission-free energy. New materials are needed to improve cooling efficiency and control, expanding the existing market.
A University of Houston study found that birth order has little-to-no effect on specific careers, contrary to previous research. Firstborns were actually more likely to pursue creative careers and attain higher job prestige and education.
A 12-year longitudinal study found that young people who develop higher levels of conscientiousness and emotional stability tend to be more successful in their early careers. The study's findings suggest that personality growth can have real-world benefits for career outcomes.
Researchers from the University of Houston and Toyota Research Institute of North America have developed a new magnesium battery capable of operating at room temperature, delivering power density comparable to lithium-ion batteries. The new cathode and electrolyte enable high-power battery performance previously considered impossible.
A University of Houston study analyzed sales data of restaurants in China before and during the pandemic, revealing revenue from delivery services increased by over 26%. Fine dining establishments saw a significant variation in financial performance, with discounts not effective in increasing sales.
Researchers exploring the nature of AI failures reveal 'adversarial examples' may not be intentional mistakes. Instead, they might be 'artifacts' created by interactions between network and data patterns. This rethink suggests that misfires could offer useful information if interpreted correctly.
A new optical imaging technology called PANORAMA has been developed to detect and study nanoscale objects as small as 25 nanometers in diameter. This technology uses unscattered light to monitor changes in transmission and determine the target's characteristics, making it possible to view nanoparticles directly without labeling.