A global design team has made progress on the linear collider, which will explore energy regions beyond current particle accelerators. The project aims to answer questions about extra dimensions and the nature of the universe.
Researchers discover crystal structure of cyan fluorescent protein, leading to understanding of coral reef coloration. The study provides insight into the biological function of coral reef coloration and its potential connection to environmental stresses.
Researchers at University of Oregon found a 10-15% increase in solar radiation in Oregon over the last 25 years, indicating sunnier summers despite reports of global dimming. This data will help refine regional climate models and track global warming in the Pacific Northwest.
Researchers have successfully synthesized ammonia from nitrogen using a simple compound of iron and hydrogen in solution, marking a significant step toward achieving one of chemistry's coveted goals. This breakthrough could lead to more efficient and sustainable production of ammonia, a vital fertilizer for global food supply.
The University of Oregon has developed an online resource called GEMs (Greener Education Materials) to teach green chemistry principles. The platform provides a wealth of resources, including lesson plans, activities, and test questions, to support the teaching of green chemistry across various disciplines.
The University of Oregon has developed a new environmental chamber to study the human body's response to everyday stresses. The chamber allows for precise simulation of extreme conditions, including altitude up to 18,000 feet and temperature control between 14 and 122 degrees Fahrenheit.
Karen Guillemin, a University of Oregon researcher, has received the American Society of Microbiology's Irving S. Sigal Merck Award for her innovative work on beneficial microbes. Her research explores the dialogue between animals and their resident microbiome, revealing its importance in development.
A University of Oregon psychologist recommends creating a new national institute on child abuse and interpersonal violence to address the pressing issue. The study highlights the alarming consequences of child sex abuse, including serious mental and physical health problems, substance abuse, and victimization in adulthood.
The center aims to provide a national overview of how young adults with disabilities fare after leaving school, collecting and interpreting data to inform program improvements. The grant partners with OSEP, National Dropout Prevention Center, and other organizations to support states in implementing best practices.
Researchers develop nanostructured thermoelectric devices that can harness heat energy and double efficiency. The breakthrough enables the generation of electricity from geothermal sources or waste heat in hybrid cars.
George Slavich's research finds that severe life events affect depressed individuals' heart rates, blood pressure, and finger temperature. The study sheds light on a potential pathway through which life stress can cause depression.
Jim Hutchison's new patent may lead to the development of ultrasmall transistors that operate efficiently at room temperature, revolutionizing electronics and optics. The nanoscale transistors are composed of nanoparticle building blocks and function based on a mix of classical and quantum mechanical properties.
A University of Oregon geologist's analysis suggests that a 'troubled' greenhouse event 55 million years ago may indicate wider climate shifts in Africa, North America, and South America. The study confirms dramatic increases in seasonal contrast and rainfall, with potential implications for modern-day weather patterns.
COACh founder and chair Geri Richmond will use $10,000 grant to expand mentorship programs to Latin America, aiming to improve hiring and promotion of women in academic chemistry departments. Richmond's organization has seen success with its workshops and leadership forums, increasing women's participation and reducing workplace stress.
Researchers found a new strain of Acaryochloris that uses infrared light for oxygen-evolving photosynthesis, opening up new habitats for oxygen production. The discovery reveals 'gene-jumping' between cyanobacteria and proteobacteria, rewriting the evolutionary timeline.
Scientists studying uplift along the Oregon coast reveal similarities with past earthquakes, indicating an accumulation of strain for a potential future earthquake. A tsunami could cause widespread damage from Northern California to Vancouver, B.C., with waves arriving within minutes after shaking ends.
Researchers at the University of Oregon have discovered a way to build a molecular 'claw' that can grab onto arsenic and sequester it, potentially leading to improved treatments for arsenic poisoning. The molecules developed by the team are known as chelators, which enable them to trap and immobilize heavy metal atoms like arsenic.
Brett Wong's research identifies histamine receptors as contributing to increased blood flow during heat stress, which can help improve survival rates among elderly and those with conditions like diabetes and heart disease.
University of Oregon researchers Paul Dassonville and Jagdeep Kaur Bala found that the distinction between perception and action streams is oversimplified. Their study revealed that slight manipulations of an illusion led to a new realization, where the 'right' physical movements were made despite inaccurate visual perceptions.
Studies suggest that maximum parsimony, a simpler method, is more accurate than maximum likelihood in inferring historical relationships among species. The results published in Nature challenge the state-of-the-art technique's accuracy and highlight its limitations.
A new study provides a detailed picture of magma and gas movement leading up to the 1980 Mount St. Helens eruption, showing that magma stalled at a depth of three to four kilometers beneath the surface. The research sheds light on volcano behavior and offers fresh insights into the cataclysmic event.
A team of archaeologists has uncovered a cooking hearth and bone fragments at Alder Creek Camp in the Tahoe National Forest, providing new evidence to locate the Donner Party camp and settle debates about cannibalism. The discovery includes broken china, bits of jewelry, musket balls, fragments of a wagon, and a chunk of a writing slate.
The university's new Laboratory for Quantum Control will enable original experiments at an internationally competitive level, focusing on controlling atoms and molecules using ultrashort light pulses. The lab aims to lead to increased computer capability, improved optical-fiber communications, and new forms of electronics.
Researchers at the University of Oregon have developed a method to organize small gold nanoparticles into linear chains with controlled interparticle spacing, essential for creating electronic and optical applications. The technique uses DNA as a template and has high reproducibility, tolerance for structural defects, and high yield.
Researchers found a significant bias against recovered memories, with an average rating of 3.6 compared to 4.0 for continuous memories. This bias may be caused by imprecise terminology and misleading media reports, which can harm victims of child abuse.
Researchers found that unwanted memories can be suppressed using brain areas similar to those used during physical action control. This process reduces hippocampal activity, leading to forgetfulness. The study provides a novel neurobiological model for motivated forgetting, which may demystify how repression occurs.