ASU Core Research Facilities

🌟 Discover the ASU Core Research Facilities! 🚀   Get ready to explore the ASU Core Research Facilities, your premier destination for top-notch research support and advanced equipment. Our latest promotional video showcases how we can elevate your research journey, no matter the scale or complexity. 🎥   ✨ What We Offer: - 🧪 30 diverse facilities across six focus areas, packed with state-of-the-art equipment and deep expertise. - 💡 A cost-effective, one-stop solution translating ASU's broad expertise into tangible results for each client. - 🌐 A welcoming hub for academic researchers and businesses alike, from sprouting startups to established Fortune 500 companies.   🔬 Our Services: - 🤝 One-stop access to a plethora of research tools and services. - 🛠️ Tailored project development to align with your specific research objectives. - 📚 Comprehensive training and workforce development programs. - ✍️ Expert assistance with proposal writing and grant applications. - 📦 Convenient drop-off sample processing for hassle-free experiments. - 🔄 Flexible ad-hoc work arrangements to suit your research needs.   Whether you're pioneering a new study or scaling up your business research, our pay-for-use model and adaptable services are designed to support you every step of the way.   🎬 Watch our video and dive into the world of possibilities with the ASU Core Research Facilities. Let's transform your research ideas into reality! 🎓💼🔍   #ASUCores #ASUResearch #ASU #Research #Innovation #ResearchInnovation #Science #Technology #ResearchSupport #AcademicExcellence #BusinessSolutions #Microelectronics #Semiconductors #SemiconductorIndustry #Biosciences #MaterialsScience #InstrumentDesign #Fabrication #MachineShop #AdvancedManufacturing #ClinicalResearch #ResearchComputing #SuperComputer ASU Knowledge Enterprise Arizona State University Ira A. Fulton Schools of Engineering at Arizona State University Eyring Materials Center METAL

Repelling Aedes aegypti mosquitoes with electric fields using insulated conductor wires Authors: Ndey Bassin Jobe, Ph.D., Michael Erickson, Sarah E. Rydberg, Silvie Huijben, Krijn Paaijmans. Mosquito-borne diseases continue to present a significant global health challenge. Traditionally, insecticides have been the primary tool for controlling mosquito populations. However, the widespread development of insecticide resistance has underscored the need for alternative strategies to reduce mosquito populations and limit human-mosquito contact. A recent study explored the use of electric fields (EFs) generated by insulated conductor wires (ICWs) as a novel method for repelling Aedes aegypti mosquitoes. The findings indicate that EFs can effectively repel over 50% of host-seeking female mosquitoes at electric field strengths of ≥ 3.66 kV/cm, suggesting that this approach holds promise for reducing human-mosquito contact. Key findings from the study include: ICW orientation: Vertical placement of ICWs showed a slight but non-significant increase in repellency compared to horizontal placement. ICW distance: Increasing the distance between ICWs significantly reduced repellency, highlighting the importance of electrode configuration. This approach offers several advantages over existing mosquito control technologies, including the affordability and accessibility of ICWs. This makes the technology particularly suitable for widespread implementation in low- and middle-income countries, which are most affected by mosquito-borne diseases. ASU Core Research Facilities is proud to support this innovative research. The Instrument Design and Fabrication Core’s Machine Shop and Electronics Shop were integral in developing the device prototype. We look forward to furthering this research and contributing to the advancement of effective, sustainable mosquito control solutions. 🔗 Read more about the potential of this technology to impact disease transmission and improve global public health. https://lnkd.in/guQSx2En #ASUCores #ASUCoreFacilities #ASUInstrument #ASUResearch #ASUInnovation #ASU #MosquitoControl #ElectricFields #PublicHealth #InsecticideResistance #ResearchInnovation #ASU #GlobalHealth #SustainableSolutions #VectorControl #PublicHealthResearch #EnvironmentalHealth ASU Knowledge Enterprise ASU School of Molecular Sciences University of the Witwatersrand ASU Knowledge Enterprise

🎉 Reflecting on 2024: A year of achievement and impact at ASU As we close the chapter on 2024, Arizona State University is proud to reflect on a year filled with milestones, innovation and stories that inspire. From record-breaking graduations to groundbreaking research, here are some highlights that made this year unforgettable: 🎓 Record-breaking graduations: This December, over 11,300 students joined the Sun Devil alumni family, with more than half earning their degrees through ASU Online. These graduates are poised to make a difference across industries, carrying forward ASU’s spirit of innovation and excellence. 📚 Expanding knowledge and preserving history: ASU enriched its libraries with rare books and historic manuscripts, providing unique opportunities for research and exploration. These acquisitions are not just treasures but a testament to ASU’s commitment to fostering academic discovery. 🚀 Pioneering research and innovation: From advancements in artificial intelligence and sustainability to impactful projects in space exploration, ASU continued to lead in tackling global challenges. This year, our researchers and students earned national and international recognition for their transformative work. 🏆 Celebrating excellence 2024 was a year of accolades for the ASU community. From faculty achievements to student success stories, the Sun Devil spirit shone brightly on the national and international stage. As we step into 2025, we’re filled with gratitude for the accomplishments of this past year and excitement for the opportunities ahead. What was your favorite ASU moment in 2024? Share your memories below! 🌟 https://lnkd.in/gjU22aWY #ASU2025 #ASUCores #ASUCoreFacilities #ASUGrad #ASUResearch #ASUInnovation #ASU #SunDevils #ASU2024 #YearInReview #SunDevilNation ASU Knowledge Enterprise

🎊 New Year's Wishes from ASU Core Research Facilities. Here's to new beginnings and exciting adventures in the year ahead. Wishing you a fantastic 2025!

🚀 The Southwest Advanced Prototyping (SWAP) Hub, headquartered at Arizona State University, has secured nearly $30 million in federal funding for five groundbreaking projects under the bipartisan CHIPS and Science Act. These projects are designed to strengthen the nation’s microelectronics capabilities and reduce dependency on foreign sources. 🌐💡 The funding announcement, made at ASU's MacroTechnology Works, highlights the pivotal role of the SWAP Hub in bridging research and application. With over 170 partners, including leading companies, universities and small businesses, the Hub connects the Southwest — America’s largest semiconductor cluster — to national defense and electronics networks. 🔎 Spotlight on the projects: 1️⃣ Integrated RF GaN technology: Enabling advanced 5G, 6G and NextG wireless systems. 2️⃣ SMART RF transceivers: Innovating resource-efficient, single-chip communications and sensing technologies. 3️⃣ Spaceborne AI computing: Bringing efficient AI capabilities to satellites for defense applications. 4️⃣ Ultra-fast RADAR power converter: Advancing radar systems with groundbreaking gallium nitride technology. 5️⃣ ARC-V secure processor: Developing secure, low-power processors for military and commercial systems. These initiatives exemplify ASU’s commitment to collaborative innovation. ASU President Michael Crow emphasized that universities play a critical role in making America globally competitive in the microelectronics sector. With a robust engineering student population of nearly 33,000, ASU is shaping the future workforce to lead in research, innovation and manufacturing. 💼✨ https://lnkd.in/ggHx4rVm #ASUCoreFacilities #ASUCore #ASUResearch #ASU #ASUInnovation #Semiconductors #CHIPSAct #NationalSecurity #Microelectronics #SWAPHub #AdvancedTechnology #ResearchAndDevelopment #FutureOfTech #EngineeringExcellence #WorkforceDevelopment #Collaboration #TechLeadership #GlobalCompetitiveness #DefenseTech ASU Knowledge Enterprise Ira A. Fulton Schools of Engineering at Arizona State University

Combating heat, saving energy: EnKoat's cutting-edge rooftop coating at ASU In the blazing heat of the desert Southwest, innovation takes on new meaning. 🌞 Arizona State University spinout EnKoat has developed a groundbreaking solution for heat mitigation and energy efficiency: the IntelliKoat rooftop coating system, now being tested at ASU High Density Collections (HDC) facility in collaboration with Salt River Project (SRP). The HDC facility, a 40,000-square-foot archive for 2.5 million books, journals and historic materials, must be kept at a constant 50°F and 30% humidity. This makes it an ideal testbed for IntelliKoat's potential to lower internal temperatures and energy costs. Over a two-year study, sensors will track temperature and energy data to compare the performance of coated versus uncoated roofing sections. What sets IntelliKoat apart is its customization for climate-specific needs. In Arizona, for example, the materials are engineered to address extreme heat, helping reduce building cooling costs and relieving stress on the power grid during peak demand. 🚀 EnKoat was co-founded by ASU alumni Matthew Aguayo and Aashay Arora while pursuing their doctoral studies. Under the mentorship of Professor Narayanan Neithalath in School of Sustainable Engineering and the Built Environment, their initial research explored preventing thermal cracking in concrete. This led to the concept of embedding thermal energy storage (TES) materials in paints, plasters and stuccos, which ultimately gave rise to IntelliKoat. Over the years, IntelliKoat has been tested on ASU Agribusiness Center, municipal drinking fountains in Phoenix and now on the HDC facility. The results have attracted partnerships with federal agencies, industrial collaborators and manufacturers to scale production. EnKoat aims to revolutionize the built environment, offering scalable, cost-effective solutions to reduce carbon footprints and meet growing energy demands. Their focus on decarbonization is especially timely as the Southwest faces challenges from increased adoption of electric vehicles and advanced technologies. 💡 Learn about EnKoat’s TES and bio-based renewable feedstocks:: https://lnkd.in/dMhnKu8E #ASUCore #ASUCoreFacilities #ASUInnovation #ASU #Sustainability #Innovation #HeatMitigation #ASUResearch #Decarbonization #EnergyEfficiency #RenewableMaterials #BuildingTheFuture ASU Knowledge Enterprise Ira A. Fulton Schools of Engineering at Arizona State University ASU Morrison School of Agribusiness

🌟 ASU and Mexico partner to build the next generation of chipmakers and drive semiconductor innovation Arizona State University, in collaboration with Mexico, is advancing the future of semiconductors through a transformative partnership that brings together education, research and industry innovation. 💻 Empowering students with free microelectronics education Ira A. Fulton Schools of Engineering at Arizona State University and ASU Global Launch have developed a free online course designed to teach thousands of college students in Mexico the fundamentals of microelectronics and nanoelectronics. This initiative is part of a binational knowledge partnership aimed at strengthening North American competitiveness and securing the global semiconductor supply chain. 🤝 On Dec. 10, ASU President Michael Crow, Ambassador Esteban Moctezuma Barragán and leaders from academia and government gathered to celebrate this groundbreaking collaboration. Together, they emphasized the importance of fostering a highly skilled workforce, supported by robust supply chains, modern infrastructure and world-class education systems. 📈This partnership has already reached 21,000 learners in Mexico, with plans to scale to 50,000 soon and a vision to train hundreds of thousands. By investing in talent development and cutting-edge research, ASU and Mexico are paving the way for a resilient and innovative semiconductor industry. With bold ideas and impactful solutions, ASU continues to connect market needs, cutting-edge research and education to deliver lasting benefits for learners, communities and industries worldwide. 🌐 Together, we’re shaping a future where North America leads in semiconductor innovation and digital transformation. https://lnkd.in/dqfqtuhC #ASUCores #ASUCoreFacilities #ASUInnovation #ASUSemiconductor #Nanofab #AEP #SemiconductorWorkforce #CHIPS #CHIPSAct #MexicoSemiconductor #ASUResearch #Innovation #Semiconductors #Education #GlobalPartnerships #EngineeringExcellence Southwest Advanced Prototyping (SWAP) Hub ASU Knowledge Enterprise Eyring Materials Center

When a Twist Makes a Difference: Exploring PCET and ESIPT on a Nonplanar Hydrogen-Bonded Donor-Acceptor System Authors: Emmanuel Odella, Jonathan H. Fetherolf, Maxim Secor, Lydia DiPaola, Rodrigo E. Dominguez, Edwin J. Gonzalez, Anton Y. Khmelnitskiy, Gerdenis Kodis, Thomas L. Groy, Thomas A. Moore, Sharon Hammes-Schiffer, Ana L. Moore. ASU researchers have developed special molecules that mimic natural processes to better understand how energy and reactions are transferred in chemistry. These molecules use an internal hydrogen bond to connect two key components and perform processes called proton-coupled electron transfer (PCET) and excited-state proton transfer (ESIPT). 🔍 What did they discover? Adding a small change (a methyl group) twists the molecule's structure, weakens its hydrogen bond, and stops it from glowing (fluorescing). Using advanced tools and computer models, researchers found this twist also makes the molecule behave differently in chemical reactions. These findings could inspire new designs for biomimetic materials with real-world applications in energy, sensors, and beyond. This research utilized the Ultrafast Laser (UFL) Facility at ASU's Biosciences Core. The facility provided key support, including transient absorption measurements, time-resolved fluorescence decay measurements and global data analysis. By showcasing the cutting-edge tools and services available, ASU Core Research Facilities empower groundbreaking research every step of the way. We’re proud to feature this publication as part of our commitment to supporting research excellence at ASU. 🔗 Link to the article: https://lnkd.in/dV-A7zES #ASUCoreFacilities #ASUCores #ASUInnovation #ASU #UFL #UltrafastLaser #ASUBiosciences #Biosciences #Biomimetic #Fluorescing #PCET #ESIPT #ASUResearch #Innovation #Chemistry #Biomimicry ASU Knowledge Enterprise Princeton University ASU School of Molecular Sciences

Did you know? Arizona is at the forefront of the charge in semiconductor innovation! • 40+ expansions since 2020. • #1 in new semiconductor investments nationwide. • Driving tech growth and job creation. Want the full scoop? Check out National Institute of Standards and Technology (NIST)'s regional fact sheet for all the details: https://lnkd.in/gK7HQp3w #ASUCoreFacilities #ASUCores #ASU #ArizonaSemiconductor #CHIPS #CHIPSAct #Semiconductor #ASUResearch #ASUInnovation #ArizonaTech #AEP #SolarFab #SemiconductorIndustry #InnovationLeader #EconomicGrowth ASU Knowledge Enterprise Eyring Materials Center

🌟 What if your next plastic product could repair itself? Arizona State University Dr. S. Eileen Seo, a joint assistant professor in chemical engineering and sustainable macromolecular materials, is leading groundbreaking research that could revolutionize the way we use and dispose of plastics. With funding from the U.S. Department of Energy (DOE) Early Career Research Program Award, Dr. Seo is developing mechanically robust, self-repairing polymer materials using cutting-edge nanotechnology. 🧪 Her research tackles one of the biggest challenges in polymer science: how to enable strong, durable plastic materials to self-repair. While polymers are typically formed using strong covalent bonds that prevent self-repair, Dr. Seo’s innovative approach introduces dynamic, reversible bonds facilitated by nanoparticle systems. These multivalent nanoparticle-based bonds, functionalized with complementary small molecules, mimic natural self-repair mechanisms, enabling polymer materials to heal themselves autonomously. 💡 A key component of her work involves using light as a stimulus to manipulate the bonding interactions at the molecular level. By temporarily weakening bonds with light, the materials can self-repair and then regain their strength — a process that could transform applications in coatings, biomedical devices and beyond. 🌎 Every year, humans produce millions of tons of plastic, much of it designed for single use and destined for landfills. Dr. Seo’s research addresses this environmental crisis by extending the lifespan of polymer products, improving their recyclability and offering a more sustainable alternative to traditional plastics. 🎉 The Early Career Research Program Award will provide $1 million in funding over five years to accelerate this critical work and support Dr. Seo’s team of students as they push the boundaries of polymer engineering. ✨ “Self-repairing and high mechanical properties are often in tension with each other,” says Dr. Seo. “What I’m proposing is a new way of engineering polymer networks to achieve both.” This innovative research not only enhances the performance of polymer products but also aligns with global sustainability goals, helping to reduce waste and improve materials' adaptability. 🌟 Congratulations to Dr. Seo on this remarkable achievement! Learn more about her transformative research here: https://lnkd.in/d567jJ-e #ASUCores #ASUCoreFacilities #ASUInnovation #ASUResearch #ASU #Sustainability #PlasticWasteReduction #SelfHealingMaterials #Nanotechnology #EngineeringInnovation #DOE #FutureFocused #SustainableMaterials ASU Knowledge Enterprise School for Engineering of Matter, Transport and Energy Ira A. Fulton Schools of Engineering at Arizona State University