Syracuse University's new supercomputer will enable scientists to explore the universe in ways not currently possible, with a focus on gravitational-wave astronomy and analysis of LIGO data. The computer cluster is one of three worldwide dedicated to this field, providing vital technologies for analyzing data from distant objects.
Researchers create material with sections that independently respond to different temperature stimuli, enabling complex mechanical articulations. The development has numerous applications in industries such as shipping and food storage.
Researchers discovered that in a South American fish species, males with less desirable traits like brawn and stealth can still gain a mating advantage. In contrast, females prefer more striking colors, but also prioritize winning male combat, making color diversity surprisingly resilient.
Researchers at Syracuse University's L.C. Smith College of Engineering and Computer Science have developed a new air-flow technology to increase the efficiency of large wind turbines. The approach uses intelligent systems to control airflow and reduce noise and vibration. Initial results show that flow control can enlarge the operation...
A new meta-analysis study by Syracuse University Professor Stephanie Ortigue found that falling in love affects intellectual areas of the brain and releases euphoria-inducing chemicals. The study revealed that love can be sparked by different parts of the brain, including those involved in mental representation, metaphors, and body image.
A new study by Syracuse University researchers reveals that the lack of FSC-certified sawmills and wood in New York state is causing a bottleneck for green construction. As a result, builders are forced to purchase FSC-certified wood outside of the state at a premium price.
A Syracuse University research team has discovered a method to accelerate algae growth by manipulating light particles through nanobiotechnology. This process can enhance photosynthesis and lead to increased productivity in harvesting the feedstock for biodiesel production, while also reducing ecological resources required.
A team of Syracuse University physicists developed a theoretical model that explains how the Pauli exclusion principle can be violated, allowing for multiple electrons to occupy the same quantum state. The model may help explain matter behavior at black hole edges and contribute to a unified theory of quantum gravity.
Researchers genetically alter fruit flies to create fluorescent sperm, allowing them to observe in detail what happens to live sperm inside the female. The findings may have huge implications for understanding postcopulatory sexual selection and its role in evolutionary change.
Researchers have developed a method to calculate precisely the correct type and level of noise to add, improving detection of precancerous lesions and reducing false positives by up to 36%.
A Syracuse University research team discovered a second molecular switch within the Mixed Lineage Leukemia protein complex, which could be exploited to prevent abnormal cell production. The W-RAD switching mechanism signals cells to create multiple copies of cancer cells.
Researchers created a surface material that can confine and control the growth of bacteria and mammalian cells, revealing differences in their attachment mechanisms. This breakthrough technology has the potential to lead to improved medical implants and new methods for preventing biofouling.
Researchers identified a peptide sequence that acts like a drug to break apart the MLL molecular switch, potentially slowing or stopping abnormal white blood cell production. The discovery may lead to more effective treatments with fewer side effects for some types of leukemia.
Researchers will develop oral vaccines against tetanus and rotavirus, targeting vulnerable infants and young children. The goal is to create a vaccine that doesn't contain live bacteria and has fewer side effects.
Researchers found that certain bacteria can harness iron from the environment or human host using a unique gene. This discovery could lead to new ways to target diseases like tuberculosis by limiting access to essential iron sources.
A new study by Syracuse University and the University of Sheffield found that certain plant species can adapt to long-term climate changes in Northern England's grasslands. The experiment, which spanned 13 years, revealed that these plants can respond to slow-paced environmental shifts, thriving in their existing location.
A study by Syracuse University researchers found that the frequency of El Niño events peaked around 1,200 years ago and may increase in the early part of the 22nd century. The 2,000-year cycle could have a significant impact on global climate conditions.
Researchers discover females actively select longer sperm for fertilization, leading to evolutionary changes in sperm size and female reproductive tract shape. This study challenges the long-held belief that males sacrifice quality for quantity in sperm production.
A Syracuse University study found that the LSTA generated an average of 17% increase in new funding for libraries from state and non-governmental sources. This increase held even when adjusted for a strong economy, demonstrating the positive impact of federal spending on revenue.
Researchers found that glaciers in the tropical Andes Mountains retreated several thousand years earlier than North American glaciers during a wet period, indicating temperature change was the primary cause of glacial retreat. This challenges conventional wisdom that high northern latitudes drive global climate change.
A new study maps prime regions for plant-eating mammals, revealing areas with high conservation value. The researchers predict that less than 1.2% of the earth's surface will support uniquely diverse grazing ecosystems by 2025.
A Syracuse University study has identified bias in Internet domain name dispute resolution, with arbitrators favoring trademark holders over registrants. The study analyzed data from ICANN's Uniform Dispute Resolution Policy and found that some service providers rule more frequently in favor of trademark holders.
Researchers used a new technique to analyze fossilized otoliths, revealing seasonal temperature records that led to the discovery of colder winters as the cause of the Eocene/Oligocene boundary mass extinction. This finding sheds light on the global-scale problem and provides new insights into climate change's impact on evolution and e...
More than 400 information professionals gathered for the conference to explore topics such as web contact center software, virtual reference networks, and digital resources for agriculture. Keynote speakers Michael B. Eisenberg and Charles R. McClure presented on the role of digital reference librarians in online environments.
The event brought together renowned experts to explore the potential impact of genetic advancements on society. Panelists discussed the future of genetics and its potential to revolutionize various fields.
A new study reveals that even in countries with universal healthcare, there are significant restrictions on prescription drug accessibility for the elderly. The research found that countries like Australia, Canada, and the UK have varying levels of outpatient pharmaceutical plans, but often come with high costs.
The forum aims to provide access to national experts, develop workshops for science reporters, and foster research into the state of public understanding of genomics. It plans to make digitized files available for journalists to accompany gene research stories.
A multinational team of researchers, led by Syracuse University's K. Douglas Nelson, has discovered a partially molten crust beneath the Himalaya and Tibetan Plateau using seismic reflection and other techniques. This finding challenges traditional views of plate tectonics and may explain the flatness of the Tibetan Plateau.