Research finds men with wider faces excel in solo negotiations, securing higher bonuses and sale prices, but falter when collaborating or selling to others. In contrast, more attractive men perform better in team settings.
A team of University of California, Riverside students designed a tray that reduces particulate matter pollution from grilling by 70% when placed under grill grates. The tray, which can be installed in existing grills, draws untreated air through a filter to decrease PM2.5 emissions.
Jocelyn Millar, a professor of entomology at UC Riverside, has been awarded the Silver Medal by the International Society of Chemical Ecology. His research primarily focuses on how insects use odors and tastes for communication, with practical applications for detecting and managing insect populations.
Researchers found that species with placentas tend to have smaller males with reduced bright colors and courtship displays. This discovery links sexual selection and placenta formation, suggesting that the evolution of complex organs like placentas is influenced by mating strategies.
Jason Stajich, a UC Riverside microbiologist, has been awarded the 2014 Alexopoulos Prize for his groundbreaking research on fungal biology and evolution. His work focuses on building new methods for comparative and evolutionary genomics.
Researchers have discovered a process called singlet fission that can increase solar cell efficiency by as much as 30 percent. This breakthrough has the potential to make solar cells more energy-efficient and widely adoptable.
A team of researchers at the University of California, Riverside has created a novel method to produce high-performance lithium-ion battery anodes using sand. The innovative technique, which involves milling and purifying quartz from sand, results in a porous nano-silicon material that improves battery lifespan up to three times.
A study by UC Riverside researchers reveals that certain cells in the intestinal and respiratory systems have an electrostatic repulsion field, protecting against bacterial and viral infections. This finding could lead to improved diagnosis and treatment of certain infections.
Researchers at UC Riverside have developed liquid crystals that can be controlled by an external magnetic field, enabling novel display applications and anti-counterfeit technology. The discovery paves the way for remote operation without electrodes or expensive materials.
The SHINES project, led by UC Riverside Professor Jing Shi, will investigate new ultrathin films, nanostructured composites, and electrical signal transport. The four-year project aims to advance fundamental advances in energy production, storage, and use.
The Urban Water Management Workshop, held at UC Riverside, stressed the need for a portfolio approach to water management, including information campaigns, pricing options, supply reuse, and technology-based rebate programs. The workshop aimed to improve communication and collaboration between academics and water agency officials.
A research team at UC Riverside has created a computer programming language that automates laboratory-on-a-chip technologies, enabling the automation and miniaturization of biochemical reactions. This technology has the potential to reduce healthcare costs by eliminating human error and speeding up analysis.
African malaria mosquito expert Bradley White receives $1.8M NIH grant to create fine-scale recombination rate maps for Anopheles gambiae. The project aims to model and predict efficacy of novel vector control strategies.
UC Riverside researchers create three-dimensional silicon-decorated carbon-nanotube clusters architecture for high reversible capacity and excellent cycling stability. The innovative design enables rapid charging times, nearly 16 times faster than conventional graphite-based anodes.
The Health Social Analytics site visualizes data on health-related disorders, drugs, and organizations from Twitter, news stories, and online forums. It also offers predictive models to forecast future trends in user-input time series.
Researchers created a titanium dioxide roof tile coating that breaks down 21 tons of nitrogen oxides daily, equivalent to an 11,000-mile car drive. The coating costs only $5 per roof, making it a cost-effective solution for reducing smog in the region.
Researchers at UC Riverside discovered that a bacterial protein in aphid saliva, GroEL, induces immune responses in plants. This finding could lead to the development of durable resistance against aphid attacks in crops.
The University of California, Riverside has received a five-year, $2.4 million grant from the Howard Hughes Medical Institute to support STEM education and increase retention rates among underrepresented groups. The grant will provide lower division science students with early research immersion and career exploration opportunities.
Scientists at UC Riverside developed a nanometer scale ruthenium oxide anchored graphene foam architecture that improves supercapacitors' performance, delivering two times more energy and power. The design shows promising properties for future energy storage applications.
A report by UC Riverside ecologists reveals the proposed 'Cabo Dorado' development project in Mexico is situated in a high-conservation-value area, mirroring the importance of tropical waters. The project threatens to make extinct regionally endemic plant species and vegetation if it proceeds as planned.
A team of chemists at UC Riverside proposes a new model explaining the promoting effect in photocatalysis, suggesting that excited electrons promote hydrogen reduction on the semiconductor surface rather than transferring to metals. This radical approach could lead to the development of more economical and efficient photocatalysts.
Researchers at UC Riverside have developed a new lithium-ion battery material with over three times the energy storage capacity of current carbon-based anodes. This innovation has significant implications for industries like electronics and electric vehicles.
The National Institutes of Health has awarded $600,000 to the University of California, Riverside to expand its data storage capacity. This grant will enable researchers to process vast amounts of high-throughput data generated in various fields, including genome biology and biomedical sciences.
The US prison population has a high prevalence of hepatitis C infection and is readily reachable for testing and treatment. The researchers argue that targeting prisoners could cure the greatest number of people infected with the virus, benefiting society in the long run.
Researchers discovered a new fossil organism, Plexus ricei, resembling a tapeworm or modern flatworm, with bilateral symmetry unlike any other Precambrian fossils. The discovery sheds light on the earliest origins of bilaterian animals and their evolutionary history.
Researchers at UC Riverside developed a high-resolution pressure sensor that changes color according to stress levels, providing vital information for engineers designing safer automobiles. The technology also has applications in improving everyday devices like smartphones.
Researchers found graphene oxide nanoparticles more stable in groundwater and unstable in surface waters. The material's mobility in water has significant implications for its potential environmental impact. The study highlights the need for further research on the stability and transport of these engineered nanomaterials.
UC Riverside researchers created a method to classify different species of insects with up to 99% accuracy using inexpensive wireless bug sensors. The sensors track multiple insect flight behavior patterns and generate large amounts of data for classification algorithms.
Researchers develop composite material with improved impact resistance and toughness inspired by mantis shrimp's club, which accelerates underwater faster than a 22-caliber bullet. The new design structure shows less external damage and increased residual strength after impact compared to standard aerospace materials.
Researchers will study diverse structures from plants and animals like mantis shrimp, toucan, and bamboo to develop strong, lightweight materials.
A new orchid species, Lophiaris silverarum, has been named after UC Riverside researcher Katia Silvera. The species was discovered in central Panama and is currently growing only in that region. Its slow growth rate makes it rare and difficult to cultivate.
A University of California, Riverside researcher has won a $500,000 grant to study a process that transforms carbon dioxide into valuable fuels and chemicals using a unique catalyst. The technology has the potential to reduce greenhouse gas emissions by one million tons per year or more.
Connor Richards, a second-year undergraduate student at UC Riverside, has won the Barry M. Goldwater Scholarship for his research in high-energy physics. He is participating in research at the Large Hadron Collider to detect evidence of supersymmetry and understand dark matter.
A research team led by Karine Le Roch generated a 3D model of the human malaria parasite genome at three stages of its life cycle. The study revealed one major repression center for virulence genes, which could lead to new anti-malaria strategies by disrupting the parasite's genome architecture.
A study analyzing over 1 million prescription drug posts reveals that health-focused social networks, such as WebMD and Drugs.com, have more negative sentiment than general social networks like Twitter and Google+. The researchers also found that specific drugs, like Viagra and Abilify, are more popular on certain types of platforms.
A study published in PLOS ONE reveals that bighorn sheep became extinct on Tiburón Island in the Gulf of California between the 6th and 19th centuries. The research uses ancient DNA analysis to confirm the extinction, challenging conventional wisdom about the species' presence on the island.
A team of climatologists led by UC Riverside researchers found that the recent widening of the tropical belt is primarily caused by multi-decadal sea surface temperature variability in the Pacific Ocean, including the Pacific Decadal Oscillation and anthropogenic pollutants. The study suggests that climate models underestimate the obse...
Researchers at UC Riverside have discovered a new auxin sensing and signaling system localized on the plant cell surface, which explains how leaf epidermal cells form their distinctive jigsaw puzzle-piece shapes. This breakthrough discovery sheds light on the molecular mechanisms underlying various auxin-modulated developmental processes.
A study on wild green anole lizards reveals that the link between muscle function and movement is more complicated than previously thought. The researchers found that changes in motion do not always correspond to changes in muscle activity, leading to new questions about animal ecology, evolution, and adaptation.
UC Riverside and University of Manchester researchers discover that adding a layer of graphene to each side of a copper film increases heat conducting properties by up to 24 percent. This enhancement could further help in the downscaling of electronics.
A UC Riverside study suggests that increasing block-rate water budgets can effectively promote water use efficiency by sending a price signal to customers regarding water scarcity. The study found that average household water use decreased by 15% under the new pricing structure, while overall prices only rose 4%.
A team of researchers from the University of California, Riverside has demonstrated a new type of holographic memory device that uses spin waves to store data. The device has unprecedented data storage capacity and processing capabilities, making it potentially revolutionary for electronic devices.
Oxygen production by cyanobacteria may have initiated 3 billion years ago, with dynamic concentrations rising and falling over billions of years. This new understanding sheds light on the balance between photosynthesis and consumption, impacting life on Earth.
A team of researchers developed methods to screen thousands of synthetic molecular oscillators in small droplets, finding diverse behavior in terms of period, amplitude and phase. This diversity will play a crucial role in engineering complex behaviors in artificial cells.
The UC Riverside lab, led by Professor Zhenbiao Yang, received an honorable mention for their short movie 'Visualizing Leaf Cells from Within' in the International Science & Engineering Visualization Challenge. The challenge, sponsored by NSF and Science magazine, selected the top winners from 227 submissions across 12 countries.
The University of California, Riverside has found that Tamarixia radiata, a wasp that targets the Asian citrus psyllid, poses no significant environmental risk. The wasp is being used for biological control in Florida, Texas, and other regions to combat the invasive pest.
A UC Riverside-led study found significant damage in the liver and lung of mice exposed to third-hand smoke, with wounds taking longer to heal and displaying hyperactivity. The study's findings suggest a critical need for research on human health risks associated with third-hand smoke exposure.
A team of scientists, led by Wilfred Elders, has successfully created the world's first magma-enhanced geothermal system in Iceland. The system utilizes superheated steam from a well drilled into molten magma at a temperature of 900-1000 C.
Researchers at UC Riverside have discovered how the common fruit fly detects sweet compounds, revealing a new understanding of taste receptors in insects. The study's findings hold promise for developing strategies to block these receptors, potentially helping to control disease-carrying mosquitoes and other pests.
A team of researchers found that island lizards exhibit reduced escape behavior compared to mainland lizards, suggesting a link between island isolation and tameness. The study also revealed that prey size is an important factor in determining escape behavior, with smaller prey having shorter flight initiation distances.