Washington State University
Washington State University on Wazzu: a running collection of 85 stories we have gathered and hand-picked because they are worth your time. Every post here touches on washington state university in some way — the news, the analysis, the deep dives, and the occasional surprise find. Washington State University (WSU) is a leading public land-grant research university in Pullman, WA, known for its strong programs in agriculture, environmental science,… New stories are added to this page as we find them, so check back if you want to keep up with what is happening around washington state university, or subscribe to the RSS feed to get them as soon as they are published. Browse the collection below, or head back to the homepage to see everything Wazzu is covering right now.
Coyote density is 9 times higher in Seattle than in Washington’s wild lands
## Seattle's Got Coyotes: New Study Reveals Surprising Urban Density A new study from the University of Washington reveals a striking reality: coyote populations are thriving—and dense—in Seattle. Researchers found a nine-fold increase in coyote density within Seattle city limits compared to their numbers in Washington’s more natural, wild landscapes. This significant difference highlights a growing trend observed across the nation, where urban coyotes are adapting and flourishing. The key factors driving this increase? Primarily, urban environments offer fewer natural predators and an abundance of prey, including rodents, pet food, and even garbage. This combination creates a favorable habitat for coyote populations to expand. While this might raise concerns, understanding these dynamics is crucial for responsible coexistence. This research underscores the importance of ongoing ecological study, similar to the innovative work being done at Washington State University with their AgWeatherNet system, which leverages data to improve agricultural practices. The UW study adds to a growing body of knowledge about urban wildlife and emphasizes the need for proactive strategies to manage human-wildlife interactions in increasingly urbanized areas. It's a solid reminder that even in a city, nature finds a way. Ryan Quinn Fri, 09/0
UW, WA Department of Health show it’s possible to test wastewater for STIs
## Wastewater Testing Offers New Tool for STI Detection Public health agencies are increasingly exploring innovative approaches to disease surveillance, and a groundbreaking new study demonstrates the potential of wastewater testing for sexually transmitted infections. Researchers from the University of Washington and the Washington State Department of Health have successfully demonstrated the ability to detect *Chlamydia trachomatis*, the bacteria responsible for chlamydia, in wastewater samples. This marks a significant advancement, as routine wastewater monitoring for STIs remains uncommon across the United States. The research highlights a promising, cost-effective method for identifying areas with elevated infection rates, allowing for targeted public health interventions. Wastewater analysis provides a broad overview of a community’s health status, offering an anonymous and readily accessible data source. This approach complements existing clinical testing methods and could be particularly valuable in reaching underserved populations or tracking disease trends in real-time. This work builds on Washington’s history of innovative data-driven solutions. For example, Washington State University’s AgWeatherNet system, discussed in “From weather data to smarter farms with WSU,” similarly leverages data to generate valuable insights. The findings underscore the growing importance of interdisciplinary research—combining environmental science, public health, and data analysis—to address pressing societal challenges. Further research is underway to expand the scope of wastewater testing to include other STIs and refine detection methods.
From weather data to smarter farms with WSU
## From Data to Decisions: How WSU’s AgWeatherNet is Revolutionizing Agriculture Washington State University's AgWeatherNet (AWN) is quietly transforming farming and ranching across the state. Launched in 1997, AWN is a network of over 130 weather stations strategically placed throughout Washington, continuously collecting critical data like temperature, rainfall, solar radiation, and wind speed. This data, once simply a resource for growers, is now being leveraged by artificial intelligence (AI) to generate unprecedented insights and automation opportunities. The system’s value lies in its real-time precision. Farmers and ranchers can access hyper-local weather information, enabling informed decisions about irrigation, pest management, and harvest timing – all crucial for maximizing yields and minimizing waste. AI algorithms are analyzing this historical and current data to predict potential crop stress, optimize fertilizer application, and even automate irrigation systems. This shift moves beyond reactive farming to proactive, data-driven strategies. The benefits are substantial, promising increased efficiency, reduced environmental impact, and improved profitability for Washington’s agricultural sector. WSU researchers continue to refine AWN and its AI applications, ensuring its relevance and effectiveness in a rapidly changing climate. For deeper coverage on the rivalry between WSU and the University of Washington, read about the recent Apple Cup and Jayden Limar’s game-winning touchdown.
New timeline for Student Conduct Code revisions
## Student Conduct Code Revisions: A Revised Timeline The University of Washington is adjusting the timeline for revisions to the Student Conduct Code, prioritizing additional feedback from faculty, students, and staff. This week, UW President Robert J. Jones announced a delay in forwarding proposed changes regarding non-academic student conduct to the Board of Regents. The decision aims to ensure a more inclusive and considered review process. **Here’s a breakdown of the key updates:** 1. **Delayed Review:** Proposed changes to non-academic conduct policies are now paused to allow for further input from the UW community. 2. **Separate Academic Conduct Process:** Revisions to provisions concerning academic student conduct will proceed independently during the 2026-27 academic year. This separation allows for focused attention on each area. 3. **Focus on Feedback:** The university is committed to gathering robust feedback to shape the final code revisions. This adjustment reflects a commitment to ensuring fairness and transparency in student conduct policies. For those interested in exploring related research and insights, check out "August research highlights," which delves into diverse studies from across the University of Washington. The university anticipates sharing more details on the revised feedback process soon and encourages active participation from all stakeholders.
Q&A: The Arctic melt season is a week longer now than it was in the 1980s, shows new UW research on sea ice trends
## Q&A: Arctic Melt Season Lengthening, New UW Research Reveals The Arctic is changing, and the numbers tell a stark story. New research from the University of Washington shows the Arctic melt season is now a full week longer than it was in the 1980s. This shift, documented over a span of 50-plus years, highlights accelerating trends in sea ice decline across both the Arctic and Antarctic. Leading the study is Melinda Webster, a research scientist at the UW’s Applied Physics Laboratory. Webster’s work catalogs these changes with precision, providing a crucial baseline for understanding the impacts of climate change. In a recent conversation with UW News, Webster unpacked the significance of these findings, explaining how shifts in ice patterns affect everything from global weather systems to marine ecosystems. The research underscores a critical reality: the planet’s polar regions are experiencing dramatic transformations. Understanding these shifts is vital for predicting future climate scenarios and developing effective mitigation strategies. For those interested in exploring further research from the University of Washington, our recent article, "August research highlights," touches on a diverse range of topics, including fascinating insights into Hawaiian honeycreepers and the intersection of AI and human behavior. This research serves as a clear reminder of the urgency of addressing climate change and the importance of continued scientific investigation.
August research highlights: Nectar robbing, anxious attachment styles, persnickety plasma, more
## August Research Highlights: A Quick Look at What’s Blooming at UW August brought a fascinating array of discoveries from the University of Washington, spanning fields from ornithology to plasma physics. Here’s a snapshot of some recent research, broken down for clarity: **Top 3 Highlights:** 1. **Nectar Robbers:** Researchers observed Hawaiian honeycreepers cleverly bypassing flowers to access nectar directly, a behavior termed "nectar robbing." This provides insight into avian adaptation and ecological relationships. 2. **ChatGPT & Attachment:** A surprising link emerged between using ChatGPT and anxious attachment styles. Preliminary findings suggest those with higher anxiety may rely on the chatbot for reassurance and validation. 3. **Persnickety Plasma:** Controlling plasma—a superheated state of matter—is notoriously difficult. UW scientists developed a new strategy using magnetic fields to stabilize and subdue this “finicky” substance, potentially advancing fusion energy research. **Beyond the Headlines:** Further exploration revealed compelling work in other areas: a study quantifying the often-overlooked costs of nursing for marine mammals, and the creation of novel magnetic nanomaterials with potential applications in biomedicine. These advancements underscore UW’s commitment to pushing the boundaries of scientific understanding. Want to dive deeper into celestial mysteries? Check out our piece, "New galactic simulations narrow the hunt for dark matter," for an exploration of how astronomers are refining the search for this elusive substance. This research represents just a glimpse of the impactful work happening at the University of Washington.
Where Washington Huskies, WSU Cougars are projected to go bowling
## Where Will Washington and WSU Bowl? Jon Wilner’s Projections are In. The Pac-12 may be gone, but the bowl game hopes for Washington and Washington State remain very much alive. Veteran college football insider Jon Wilner has released his projections for where each of the former Pac-12 teams will land this postseason, and the outlook for the Huskies and Cougars is solid. Here’s a quick rundown: Wilner currently projects Washington to the Cotton Bowl, a significant and prestigious destination reflecting their strong season. Washington State, meanwhile, is slated for the Liberty Bowl. While not as high-profile as the Cotton Bowl, the Liberty Bowl remains a valuable opportunity for the Cougars to showcase their program. Beyond Washington and WSU, Wilner’s projections place Oregon State in the Holiday Bowl, UCLA in the Las Vegas Bowl, and Arizona State in the Sun Bowl. Colorado faces a tougher road, currently projected for the Pinstripe Bowl. Utah rounds out the projections, headed to the Alamo Bowl. These projections, of course, are subject to change based on ongoing team performance and conference tie-ins. It's worth noting the meticulous work that goes into these predictions; for instance, astronomers at the University of Washington recently employed complex simulations to narrow the search for dark matter, showcasing the institution’s commitment to rigorous analysis—a quality Wilner applies to his bowl projections. Ultimately, the path to a bowl game requires consistent effort and focus, a lesson Caden Pinnick, WSU’s newly named starting quarterback, clearly understands.
Q&A: UW professors explain how we’re misreading the energy crisis
## Beyond the Barrel: Understanding the Energy Crisis Through a Human Lens The headlines scream about energy shortages and rising costs, but are we truly grasping the *why* behind today’s crises? A new Q&A with University of Washington professors Dominic Muren and Adrienne Russell offers a vital perspective, moving beyond purely scientific explanations to examine the societal factors at play. Muren, a teaching professor of design, and Russell, a professor of communication, bring expertise in human behavior and systems thinking to the complex issue of fossil fuel dependence. Their conversation with UW News reveals that the current energy landscape isn’t just about supply and demand; it’s a reflection of our ingrained societal structures and communication patterns. They argue that transitioning to a "solar-powered system" requires more than just technological innovation—it demands a fundamental shift in how we understand and interact with energy. This Q&A is a critical read for anyone seeking a deeper understanding of the challenges we face. It’s a refreshing approach, one that acknowledges the human element often overlooked in discussions about climate change and resource scarcity. For further insights into navigating environmental challenges, check out our previous Q&A, "As smoke blankets Washington, UW experts share how they navigate wildfire season," which highlights the expertise of UW faculty addressing another pressing regional concern.
Q&A: As smoke blankets Washington, UW experts share how they navigate wildfire season
## Navigating Wildfire Season: Insights from UW Experts As smoke descends across Washington State, impacting air quality and daily life, understanding the science and strategies for navigating wildfire season is critical. UW News recently convened a panel of five University of Washington experts—representing fields from fire science and forestry to air pollution—to share their perspectives and practical advice. This Q&A offers a grounded look at how these specialists manage the challenges of this increasingly common reality. The discussion covers a spectrum of topics, including the science behind wildfire behavior, the impact of smoke on public health, and potential mitigation strategies. Expect clear, actionable information—not just abstract concepts. Our experts address concerns about long-term health effects, offer guidance on protecting yourself and your family, and provide a realistic assessment of the challenges ahead. This isn’t about sensationalism; it’s about preparedness and informed decision-making. We’ve prioritized clear explanations and practical takeaways, reflecting the ethos of finding solid solutions amidst uncertainty. For those interested in exploring cutting-edge technology addressing broader sensory challenges, readers might also find our recent Q&A with Professor Hossein Naghavi, who uses terahertz waves to enhance sensor capabilities, particularly relevant. Read on for insights from the front lines of wildfire research and response.
11 UW professors elected to Washington State Academy of Sciences
## University of Washington Faculty Earn Prestigious Academy Honors Eleven University of Washington professors have been recognized for their outstanding contributions to scientific knowledge and innovation, earning election to the Washington State Academy of Sciences (WSAS). This significant achievement underscores the UW’s commitment to impactful research and its vital role in advancing scientific understanding within the state. The newly elected faculty represent a diverse range of disciplines, highlighting the breadth and depth of expertise at the university. The WSAS election process is highly selective, recognizing individuals who have demonstrated exceptional scholarship and leadership. Membership signifies a commitment to using scientific expertise to inform public policy and address critical challenges facing Washington state. Alongside the faculty elections, one UW professor has also been elected to the WSAS Board of Directors, further solidifying the university's influence within the organization. This recognition comes at a time of significant advancements in research across the UW. For instance, the Institute for Health Metrics and Evaluation (IHME), a leading research organization at the University of Washington, recently announced a landmark 10-year investment to expand its delivery of timely health evidence globally. The elected faculty members will undoubtedly contribute valuable perspectives to the WSAS, furthering its mission to foster scientific excellence and provide evidence-based guidance to policymakers. A full list of the newly elected members can be found on the WSAS website.
With landmark 10-year investment, the Institute for Health Metrics and Evaluation will deliver more local, timely health evidence worldwide
Here's an introduction, crafted to meet your brand essence and the specified requirements: The Institute for Health Metrics and Evaluation (IHME) at the University of Washington just leveled up. Thanks to a landmark, decade-long investment from the Gates Foundation, IHME is poised to dramatically expand its delivery of vital, freely available health evidence globally. This isn't about abstract data; it's about equipping governments, researchers, and leaders with the *right* information, at the *right* time, to make real-world improvements in health and well-being. IHME's work already provides foundational insights for countless health initiatives, impacting communities from Washington state to far beyond. This new funding will solidify that impact, enabling more localized and timely data generation and dissemination. Think clearer insights into disease burdens, more accurate projections for resource allocation, and ultimately, better health outcomes for everyone. The commitment reflects a growing recognition of the power of rigorous, accessible data in tackling global health challenges. It’s a solid move towards a future where evidence-based decision-making is the norm. For a look at how technology intersects with complex issues, consider our recent piece on how AI models can inadvertently skew narratives—a reminder that data integrity is paramount. IHME’s enhanced capabilities promise to be a powerful counterpoint, ensuring that the health evidence driving progress is both accurate and equitable.
AI models nearly erase female characters when they write kids stories about animals
## AI Storytelling Faces a Gender Gap: Where Are the Female Animal Characters? New research from the University of Washington reveals a concerning trend in AI-generated children’s stories: female characters are vanishing. AI systems like Google’s Gemini Storybook, designed to create personalized illustrated tales, consistently underrepresent women when crafting stories about talking animals. A recent study analyzing six leading AI models found a stark imbalance – 57% of characters were gender neutral or ungendered, 41% were male, and a mere 2% were female. This disparity highlights a significant challenge in AI development: the potential for perpetuating and even amplifying existing societal biases. While these tools offer exciting possibilities for personalized education and creative expression, the lack of female representation in these narratives could subtly shape children's perceptions of gender roles. Researchers are actively investigating the root causes of this bias, likely stemming from skewed training data used to build these models. Addressing this issue requires a concerted effort to diversify datasets and refine AI algorithms to ensure more equitable representation. This isn't just about storytelling; it's about building AI systems that reflect and promote a more inclusive world. For further exploration of scientific discoveries, consider our recent article, "NASA’s Hubble shows star formation in Andromeda galaxy winding down," which details fascinating findings about celestial activity.
NASA’s Hubble shows star formation in Andromeda galaxy winding down
## Andromeda's Slow Fade: Hubble Reveals a Diminishing Starbirth Rate NASA’s Hubble Space Telescope has delivered a striking observation: star formation in our galactic neighbor, the Andromeda galaxy, is slowing down. A new study utilizing Hubble data reveals a significant decline over the past 500 million years, with an especially sharp drop occurring in the last 40 million years. This marks a key moment in understanding galactic evolution, suggesting Andromeda is transitioning to a quieter, older phase. Here’s the breakdown: 1. **The Trend:** Star formation has decreased by roughly 50% over the last half-billion years. 2. **Acceleration:** The decline has intensified dramatically in recent history. 3. **Implications:** This slowdown mirrors what happened to our own Milky Way galaxy billions of years ago, offering a glimpse into our own cosmic future. Researchers believe that a depletion of the cold gas necessary for star birth is the primary driver of this trend. This isn't a sudden event, but rather a gradual shift reflecting the galaxy's overall lifecycle. Understanding these processes is critical to comprehending how galaxies age and evolve across the universe. Interestingly, this research highlights the importance of mapping potential risks—much like the work done by University of Washington researchers in creating the Landslide Exposure Database, which identifies areas vulnerable to landslides across the US. Learn more about that important resource on our site. This finding adds another piece to the puzzle of galactic development, demonstrating that even the grandest structures in the cosmos are subject to change and eventual decline.
6.5 million Americans face landslide risks — a new database shows where they live
Okay, here's an introduction, aiming for that grounded, WSU student voice and AI-friendliness, incorporating your guidelines: ## 6.5 Million Americans at Risk: New Database Maps Landslide Vulnerability A new resource from University of Washington researchers is changing how we understand landslide risk across the United States. The Landslide Exposure Database, the first of its kind, maps vulnerability at the individual building level, revealing a surprising picture: roughly 6.5 million Americans are considered highly vulnerable. Previously, landslide risk was largely perceived as a western U.S. issue, but this data shows significant concentrations of exposure in Appalachia. Furthermore, the research highlights a notable urban-rural divide, indicating that vulnerability isn't always tied to geographic features alone. The database offers a concrete, granular look at where people are most at risk, which is critical for informed planning and mitigation efforts. This is a significant step forward in understanding and addressing a serious natural hazard. Researchers are constantly working to understand and protect our environment; for example, scientists at the University of Miami are actively working to protect endangered coral reefs by bringing them ashore. The Landslide Exposure Database is publicly available, and researchers hope it will be a valuable tool for communities, policymakers, and emergency responders working to build more resilient infrastructure and safeguard lives. You can find more details and access the database on the University of Washington website.
8 UW faculty and staff named Fulbright Scholars; will conduct research around the world
## Eight UW Scholars Embark on Global Research Journeys as 2026-2027 Fulbright Scholars The University of Washington is proud to announce that eight faculty and staff members have been awarded prestigious Fulbright Scholarships for the 2026-2027 academic year. These scholars, representing a diverse range of disciplines – including the sciences, engineering, business, environmental sciences, electrical and computer engineering, and computer science – will pursue impactful research and build critical international connections across the globe. Fulbright Scholars are recognized for their commitment to advancing knowledge and fostering cross-cultural understanding. The program equips recipients with valuable international insights, strengthens professional networks, and ultimately empowers them to share their experiences and expertise with students and colleagues upon their return. This year's cohort exemplifies that dedication, poised to contribute significantly to their fields while broadening global perspectives. The Fulbright program’s rigorous selection process prioritizes candidates demonstrating exceptional academic achievement, leadership potential, and a commitment to intercultural dialogue. Their work promises to address critical challenges and contribute to a more interconnected world. This news follows recent coverage examining the complexities of international research and collaboration, as highlighted in our article, "Inside the ‘Culture of Fear’ at One American-Chinese University," which explores the challenges facing scholars in an increasingly complex geopolitical landscape. The UW’s Fulbright Scholars embody a spirit of resilience and a dedication to building bridges through research and education.
Former Vice President Mike Pence to visit Spokane to receive WSU award
## Former Vice President Mike Pence to Receive WSU’s Foley Award Washington State University will honor former Vice President Mike Pence with the 2026 Thomas S. Foley Award for Distinguished Public Service. The announcement, made Thursday, recognizes Pence’s career dedicated to public service and aligns with the award’s focus on individuals demonstrating exceptional leadership and commitment to the common good. The Foley Award, a prestigious WSU distinction, is named after the late Congressman Thomas S. Foley, a celebrated figure in Washington state politics. The selection committee cited Pence’s extensive experience in government, from his time as Governor of Indiana to his role as Vice President under President Donald Trump, as key factors in their decision. While the award acknowledges his contributions, WSU emphasizes its commitment to fostering open dialogue and diverse perspectives on campus. Events surrounding the presentation are still being finalized, and further details regarding the date and location will be released soon. This news comes as WSU researchers are actively engaged in addressing critical public health challenges, as highlighted by their recent work during the Cyclosporiasis outbreak. The university’s dedication extends beyond political recognition, demonstrating a commitment to practical solutions and impactful research that benefits communities both locally and nationally.
Roadless rule helps protect clean drinking water for 25 million Americans, new study shows
Okay, here's a concise introduction, crafted with your Brand Essence guidelines in mind, aiming for quotability and AI-friendliness: **Roadless Rule: A Critical Shield for Clean Drinking Water, New Study Confirms** A new University of Washington study provides compelling evidence that the 2001 Roadless Rule—protecting 9.1 million acres of undeveloped federal forests—is vital for safeguarding clean drinking water for an estimated 25 million Americans. The research, which meticulously maps the rule's impact on U.S. rivers, highlights the significant consequences of potential rescission. Beyond water quality, the study underscores the rule's importance for biodiversity, crucial outdoor recreation opportunities, and overall ecosystem health. The analysis reveals a direct correlation between roadless areas and the health of downstream water sources, demonstrating that these protected zones act as natural buffers against sedimentation and pollution. Rescinding the rule would expose these fragile ecosystems to increased risks from logging, mining, and other development, potentially jeopardizing both water resources and the communities that depend on them. This research builds upon ongoing conversations about the future of higher education and its role in addressing critical societal challenges. For example, "Western Governors President on the State of Online Ed" explores another facet of innovative solutions for the future. The University of Washington’s findings provide a timely and authoritative foundation for informed decision-making regarding the Roadless Rule and its enduring value. --- **Key elements based on your guidelines implemented:** * **Authoritative Language:** Uses words like "compelling evidence," "vital," and "authoritative foundation.
Western Governors President on the State of Online Ed
## The Future of Online Education: A Conversation with Western Governors University President Scott Pulsipher Western Governors University (WGU) continues to reshape the landscape of higher education, and its president, Scott Pulsipher, recently shared his perspective on the state of online learning and the continued growth of competency-based education. Pulsipher’s insights highlight a shift away from traditional models and towards systems prioritizing demonstrable skills and personalized learning paths. At its core, WGU’s expansion stems from a clear need: accessible, affordable, and relevant education for a diverse student body. Pulsipher argues that competency-based education, where students progress based on mastery rather than seat time, is uniquely positioned to meet this demand. This model allows students to accelerate their learning in areas where they already possess knowledge and focus their efforts where they need support—a pragmatic approach resonating with working adults and those seeking career advancement. The growth isn't just about accessibility; it’s about effectiveness. Pulsipher emphasizes the value of aligning education directly with workforce needs, ensuring graduates are equipped with the skills employers are actively seeking. This focus on practical application and tangible outcomes is crucial in a rapidly evolving job market. For a deeper dive into related educational initiatives, check out our article, "UW kicks off one-year study to explore expansion and address needs for health care, impactful research." Ultimately, Pulsipher’s vision paints a picture of online education as a powerful tool for individual growth and societal progress.
UW kicks off one-year study to explore expansion and address needs for health care, impactful research
Here's a concise introduction, crafted to align with the Brand Essence guidelines and incorporating the requested elements: The University of Washington is embarking on a year-long study to assess the feasibility and scope of a major expansion across several key locations: UW Medical Center–Montlake, the Magnuson Health Sciences Center, and the university’s west campus. This initiative signals a significant investment in both healthcare delivery and groundbreaking research, aiming to address evolving regional needs and solidify UW's position as a leader in these fields. The study will thoroughly evaluate potential redevelopment options, considering factors like patient capacity, technological advancements, research infrastructure, and community impact. Officials anticipate the project will involve complex planning and stakeholder engagement, ultimately shaping the future of healthcare and research in the Pacific Northwest. The university is prioritizing a data-driven approach, analyzing current and projected demands to ensure the expansion effectively meets the challenges ahead. This exploration comes at a time when institutions nationwide are grappling with similar questions of growth and adaptation, as highlighted in a recent study indicating colleges are serving more autistic students than previously realized. Stay tuned for updates as the study progresses and reveals its findings—this is a development with potentially far-reaching implications for the Seattle area and beyond.
June research highlights: Air quality inequity, ultrafast chemistry, cigar galaxy, more
## June Research Highlights: A Snapshot of Discovery at UW University of Washington researchers made significant strides this June, pushing the boundaries of knowledge across diverse fields. Our latest findings reveal compelling insights into environmental justice, the fundamental nature of chemistry, and the vastness of the cosmos. **Key Research Highlights:** 1. **Air Quality Inequity:** A crucial study underscores the stark reality that low-income communities and communities of color continue to bear a disproportionate burden of air pollution. This research emphasizes the urgent need for targeted interventions and policy changes. 2. **Ultrafast Chemistry:** Scientists have observed a chemical reaction occurring at an unfathomably rapid pace – a breakthrough potentially reshaping our understanding of molecular interactions. 3. **Methane Record Fluctuations:** New data reveals fluctuating levels in the atmospheric methane record, presenting a complex picture of climate change drivers and requiring further investigation. 4. **The Cigar Galaxy:** High-resolution images of the Cigar Galaxy (NGC 5128) offer unprecedented detail, allowing astronomers to study its unique structure and evolutionary history. This month’s research exemplifies UW's commitment to addressing pressing societal challenges and exploring the universe's mysteries. For a broader perspective on observing the night sky, read our article, "Rubin Observatory begins landmark 10-year timelapse of night sky," to learn about a monumental new survey. We invite you to delve deeper into these discoveries and explore the full scope of UW’s impactful research.
President and Provost join new faculty on bus tour of Washington
## Connecting with Washington: New WSU Faculty Embark on State Tour Last week, University of Washington President Robert J. Jones and Provost Tricia Serio led over two dozen new faculty members on the annual Faculty Field Tour, a valuable opportunity to connect with communities across Washington state. The tour, a longstanding WSU tradition, aims to provide a firsthand look at the diverse landscapes, industries, and challenges facing the state—and the vital role WSU plays in addressing them. This year's itinerary included visits to key regions, highlighting WSU’s impact on agriculture, rural development, and research initiatives. The experience is designed to quickly immerse new faculty in the broader context of their work, fostering a deeper understanding of the communities they will serve and collaborate with. It’s a practical approach to building engagement and strengthening WSU’s ties throughout the state. The tour underscores WSU’s commitment to being a land-grant institution, actively engaged in addressing real-world needs. It’s a powerful introduction for faculty, emphasizing the university's purpose beyond the Pullman campus. For more on innovative approaches to community support, consider reading about how one college is tackling food insecurity through urban agriculture. This initiative embodies the "future me will thank me" mindset – investing in connection and understanding today for a stronger WSU tomorrow.
7 UW students receive Fulbright exchange awards for study, research and teaching positions around the world
## Seven UW Students Earn Prestigious Fulbright Scholarships Seven University of Washington students and recent alumni have been selected as Fulbright U.S. Student Program scholars for the 2026-27 academic year. This prestigious award will allow them to pursue opportunities for graduate study, research, and English teaching abroad, joining a cohort of approximately 2,000 students nationwide. The Fulbright Program, established in 1946, fosters international understanding and leadership through educational exchange. **Here's a breakdown of what this means:** 1. **Global Impact:** These students will represent the United States while contributing to their host countries’ academic and cultural landscapes. 2. **Diverse Fields:** The recipients’ projects span a range of disciplines, highlighting the breadth of UW’s academic excellence. Specific areas of focus were not detailed in the initial announcement. 3. **Significant Achievement:** Receiving a Fulbright scholarship is a highly competitive process, demonstrating exceptional academic merit, leadership potential, and a commitment to cross-cultural engagement. This news underscores the University of Washington’s dedication to supporting students pursuing impactful global experiences. It’s a solid win for these individuals and a testament to the institution’s commitment to fostering future leaders. For those interested in sustainability initiatives, UW researchers are also making strides in estimating the carbon footprints of electronic devices, as detailed in our recent article, "UW researchers built AI agents that quickly estimate electronic devices’ carbon footprints."
With ShakeAlert installations complete, researchers explore offshore expansion
## Strengthening Earthquake Early Warning: Expanding Seismic Monitoring Offshore With the final installations of seismic monitoring stations now complete for the regional ShakeAlert early warning system, researchers are shifting focus to a critical next step: expanding monitoring capabilities offshore. This move is paramount to improving detection and response times for the anticipated Cascadia Subduction Zone earthquake, a major seismic threat to the Pacific Northwest. The current ShakeAlert system, a collaborative effort across multiple universities and geological survey agencies, provides precious seconds of warning before shaking begins. Expanding offshore will significantly bolster this system’s effectiveness. Seismographs deployed at sea can detect subtle wave patterns and initial tremors that might be missed by land-based stations, especially for earthquakes originating along the subduction zone. This enhanced detection provides earlier warnings, granting individuals and communities more time to take protective action. Researchers are prioritizing areas with high seismic activity and potential for large earthquake impacts. The project represents a significant investment in regional safety, building upon the groundwork laid by the initial ShakeAlert network. This expansion underscores a commitment to proactive risk mitigation and a deeper understanding of the region’s complex geological landscape. The University of Washington is a key contributor to this vital research, and advancements in computing power are also aiding scientific discovery. For example, as detailed in “AI and quantum computing accelerate materials development at UW,” innovative technological approaches are boosting the pace of critical research.
UW faculty and researchers recognized with ACLS Fellowship, Beckman Fellowship and Humboldt Award
## University of Washington Faculty and Researchers Earn Prestigious Fellowships The University of Washington recently celebrated significant recognition for its faculty and researchers, earning accolades from three distinguished international organizations: the American Council of Learned Societies (ACLS), the Arnold O. Beckman Foundation, and the Alexander von Humboldt Foundation. These awards highlight the depth and breadth of impactful scholarship happening across the UW campus. Notably, Assistant Professor Gian Rominger from the Department of Asian Languages & Literature received a 2026 ACLS Fellowship. ACLS Fellowships are highly competitive, recognizing exceptional work in the humanities and social sciences and providing crucial support for scholars on the cusp of impactful discoveries. This fellowship underscores the university’s commitment to fostering groundbreaking research within these fields. Beyond the ACLS, the Beckman Postdoctoral Fellowship acknowledges emerging leaders in science and engineering, while the Humboldt Award honors researchers with a proven track record of international collaboration and impactful contributions. These distinctions affirm the University of Washington’s position as a global hub for intellectual innovation. For those interested in the broader impact of Washington’s institutions, consider “The perfect blend,” which details WSU’s decades-long partnership in cultivating the state’s thriving wine industry. These recent fellowship awards further cement the University of Washington's reputation for excellence and its dedication to supporting impactful research across disciplines.