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

TSMC Arizona: A milestone for U.S. semiconductor manufacturing Atop a newly completed 3.5-million-square-foot facility in the Arizona desert, the Taiwan Semiconductor Manufacturing Company (TSMC) is reshaping the future of U.S. semiconductor innovation. This groundbreaking fab, standing on 1,100 acres north of Phoenix, is the most advanced chip fabrication plant on U.S. soil and it’s just the beginning. Initial Milestone: TSMC's Arizona fab is currently in pilot production, producing 4-nanometer chips at a rate of 20,000 wafers per month, with Apple as its largest customer. Scaling Up: The fab will expand to include two additional plants by the end of the decade, bringing TSMC’s total investment in Arizona to $65 billion. Global Impact: While 92% of the world’s most advanced chips are still made in Taiwan, this project is a critical step toward strengthening the U.S. semiconductor supply chain. Overcoming challenges, delivering results When TSMC broke ground in 2021, the company faced a steep learning curve, from navigating U.S. permitting processes to collaborating with local unions. Despite these challenges, the project is now “dang near back on the original schedule,” according to Rick Cassidy, TSMC Arizona Chairman. “When we came to the U.S., we knew we were going to go through a learning process. Now we’ve overcome those.” The pandemic-era chip shortage highlighted the risks of relying on foreign suppliers for critical technologies. Events like geopolitical tensions or natural disasters could disrupt global supply chains, leaving industries—from consumer electronics to defense—vulnerable. By investing in U.S.-based fabs, TSMC is not only addressing these risks but also reinforcing the U.S. as a key player in the semiconductor ecosystem. With the CHIPS Act fueling innovation and investments like this, the U.S. is poised to reclaim its position as a leader in semiconductor manufacturing. While full self-sufficiency may remain a challenge, initiatives like TSMC Arizona bring us closer to a resilient and secure supply chain. 🌐 Learn more about TSMC’s transformative work in Arizona and its impact on the semiconductor industry: https://lnkd.in/evuNy5ek #ASUCores #ASUCoreFacilities #ASUInnovation #ASU #ASUSemiconductor #SemiconductorIndustry #CHIPS #AdvancePackaging #ASUResearch #Semiconductors #Innovation #Microelectronics #Semiconductors #Innovation #CHIPSAct #TSMCArizona #SupplyChain #TechnologyLeadership ASU Knowledge Enterprise

Breaking news: ASU has been selected as the home and partner for a CHIPS and Science Act-funded national facility for semiconductor advanced packaging. The Department of Commerce and Natcast announced Arizona State University’s Research Park as the home for the third flagship CHIPS for America research and development facility. The facility is expected to host the world’s first 300mm front-end semiconductor manufacturing and advanced packaging research facility. Through the past two presidential administrations, and with bipartisan congressional support, U.S. leadership has made the strategic decision to return not only research and development but also manufacturing supremacy in digital electronics to the United States, where these technologies were invented and initiated. ASU President Michael Crow shared that ASU is proud to host this transformative initiative that “will take our state and our country to a new level in the advancement of digital technology.” To read more about how Arizona State University is helping shape the future of our nation’s microelectronics, read the story at the link below. https://ow.ly/oqXn50UAu1I

Arizona State University has been selected to host a flagship semiconductor research facility as part of the CHIPS and Science Act, cementing its role as a national leader in semiconductor innovation. Located at ASU’s Research Park in Tempe, the NSTC Prototyping and NAPMP Advanced Packaging Piloting Facility will focus on advanced packaging and prototyping to strengthen the U.S. semiconductor supply chain. This initiative will leverage ASU Core Research Facilities, including the NanoFab, Solar Fab and Advanced Electronics and Photonics Cores, which provide cutting-edge tools for semiconductor R&D. The MacroTechnology Works building, a 250,000-square-foot space with clean rooms and specialized equipment, will serve as the project’s hub. Partnerships like ASU’s $270 million collaboration with Applied Materials will enable close collaboration between academia and industry. "This is the largest of three CHIPS R&D flagship facilities being launched that together represent the greatest national laboratory investments since those that came out of the Manhattan Project," said ASU President Michael Crow. This initiative is expected to create jobs, attract investment and further position Arizona as a leader in semiconductor innovation. Sally C. Morton, executive vice president of ASU Knowledge Enterprise, emphasized ASU’s readiness for this role, stating, "ASU is well-equipped to contribute to and enhance the long-term success of this important national asset." Read more about how ASU is shaping the future of the U.S. semiconductor industry: https://lnkd.in/g8qkfG59 #ASUCoreFacilities #ASUCores #ASUResearch #ASUEngineering #SemiconductorInnovation #Semiconductors #SemiconductorIndustry #CHIPSAct #AdvancedManufacturing #NationalSecurity #TechLeadership #AdvancedPackaging Ira A. Fulton Schools of Engineering at Arizona State University School of Electrical, Computer and Energy Engineering — ASU ECEE

The ASU Core Research Facilities Regenerative Medicine Core’s recently hosted “Advances in Gene Editing and CRISPR Cas” a dynamic two-day event highlighting the latest innovations in gene editing technologies. Researchers, students and industry leaders gathered to explore cutting-edge advancements and foster collaboration. ✨⚛️ The event featured an insightful lecture on in-silico tools for CRISPR Cas design and analysis, offering practical knowledge for research applications. A seminar led by ASU scientists and experts showcased groundbreaking advancements in gene editing, sparking meaningful discussions. The highlight was a hands-on demonstration of MaxCyte, Inc.’s high-efficiency electroporation technology, organized in collaboration with Synthego and MaxCyte, providing attendees with an up-close look at state-of-the-art tools driving progress in the field. 🔬 This series exemplified the power of academia-industry partnerships, empowering participants with new skills, innovative ideas and valuable connections to advance their work in regenerative medicine and gene editing. 🤝⚖️ Thank you to all who attended and contributed to the success of this event. Stay tuned for future opportunities to engage with transformative research and technologies! 🚀 Explore our resources: https://lnkd.in/gaF3jY2u #ASUCores #ASUCoreFacilities #ASU #RegenMed #Bioscience #ASUBioscience #ASUInnovation #GeneEditing #CRISPR #Innovation #RegenerativeMedicine #ASUResearch ASU Knowledge Enterprise ASU Biodesign Institute

TSMC secures $6.6 Billion CHIPS Act grant to strengthen U.S. semiconductor manufacturing The U.S. semiconductor ecosystem takes a monumental step forward as Taiwan Semiconductor Manufacturing Co. (TSMC) finalizes a $6.6 billion CHIPS Act grant. This funding, part of a broader federal commitment exceeding $27 billion, accelerates TSMC’s transformative $65 billion Arizona project and reinforces America’s position in the global semiconductor race. Strategic Funding: The grant includes an immediate disbursement of $1 billion by year-end, with an additional $5 billion loan and tax credits supporting TSMC’s cutting-edge manufacturing technologies. Advanced Capabilities: TSMC’s Arizona fabs will produce 2nm and 3nm chips by 2028, powering AI, quantum computing and military technologies for leading clients like AMD, Apple, NVIDIA and Qualcomm. Economic Impact: The project is expected to create tens of thousands of high-paying jobs, many accessible without a four-year degree, further bolstering Arizona’s thriving tech sector. U.S. Secretary of Commerce Gina Raimondo emphasized the grant’s importance, stating: “This investment ensures that America remains at the forefront of AI and advanced technologies by manufacturing leading-edge chips domestically with American workers.” TSMC’s Arizona fabs, which began engineering wafer production earlier this year, have already achieved trial production rates comparable to the company’s flagship Fab 18 in Taiwan. Mass production is slated for early 2025, marking a pivotal milestone in reshoring critical supply chains. Arizona Senator Mark Kelly, a key CHIPS Act negotiator, celebrated the agreement as a “win for Arizona’s economy,” highlighting the act’s potential to double the U.S. share of the global microchip market by 2030. This landmark investment is not just about chips—it’s about securing supply chains, advancing innovation and creating opportunities for communities across the U.S. https://lnkd.in/g8kvMkuk #ASUCores #ASUCoreFacilities #ASUInnovation #ASU #ASUSemiconductor #SemiconductorIndustry #CHIPS #AdvancePackaging #TSMC #Intel #IoT #Semiconductors #ArizonaTech #Manufacturing #3nmChip #2nmChip #SemiconductorManufacturing #Defense ASU Knowledge Enterprise

Exciting news for the Southwest Advanced Prototyping (SWAP) Hub! 🎉 Led by Arizona State University, the SWAP Hub has been awarded $21.3 million in Year 2 funding under the CHIPS and Science Act. This funding will support its mission to advance America’s microelectronics industry, with $18.6 million allocated to ASU and $2.7 million to Sandia National Laboratories, a key partner in SWAP operations. Over 170 partners are collaborating to build the infrastructure, connect talent and drive innovation in semiconductor manufacturing, ensuring the U.S. remains competitive in this critical field. Sandia National Laboratories brings its expertise in national security microelectronics and fabrication capabilities to the partnership, helping transition advanced technologies from the lab to production. Workforce development is also a priority, with initiatives underway to train the next generation of semiconductor leaders across Arizona, New Mexico, Utah and Colorado, creating opportunities for students and professionals alike. Headquartered in Arizona, the SWAP Hub is strategically positioned in the nation’s fastest-growing semiconductor cluster, connecting a robust network of defense and electronics partners. This funding ensures the continuation of impactful projects, including five awarded nearly $30 million earlier this fall to strengthen the nation’s chip-making capabilities and reduce reliance on foreign sources of microelectronics. “This award is a testament to the incredible work of the SWAP Hub and its partners,” said Sally C. Morton, executive vice president of ASU’s Knowledge Enterprise. “It highlights ASU’s dedication to discovery and innovation.” Congratulations to everyone involved in this transformative initiative! 🌟 #ASUCores #ASUCoreFacilities #ASUInnovation #ASU #ASUSemiconductor #SemiconductorIndustry #CHIPS #AdvancePackaging #TSMC #Intel #IoT #Semiconductors #ASUResearch #Microelectronics #ArizonaTech #Manufacturing #3nmChip #2nmChip #SemiconductorManufacturing #Defense ASU Knowledge Enterprise

Exciting news from Arizona State University! Crystal Sonic, an ASU startup, has secured first place and a $25,000 prize at the 2024 Natcast Startup Pitch Competition held during the NSTC Symposium and Microelectronics Commons Annual Meeting in Washington, D.C. 🎉✨ Crystal Sonic, co-founded by ASU Professor of Electrical Engineering Dr. Mariana Bertoni and led by CEO and co-founder Dr. Arno Merkle, is revolutionizing the semiconductor industry with its groundbreaking acoustic technology. The company’s innovation reduces material waste by enabling thin device lift-off and substrate reuse, paving the way for sustainable and cost-efficient semiconductor manufacturing. “Winning the pitch competition at the NSTC Symposium is an incredible honor for Crystal Sonic. The positive recognition validates the critical need in the industry to lower costs and reduce waste for next-generation semiconductors toward sustainable manufacturing,” said Dr. Merkle. Innovative acoustic technology: Crystal Sonic’s “acoustic scalpel” reduces waste by precisely cutting and lifting silicon wafers, addressing one of the largest costs in semiconductor production—material waste. • Repeat Success: Earlier this year, the startup also won $250,000 at the 2024 Lam Capital Venture Competition, further solidifying its position as a leader in sustainable semiconductor solutions. • Academic Roots: The technology originated from Dr. Bertoni’s research at ASU’s School of Electrical, Computer and Energy Engineering, showcasing the power of university-driven innovation. Crystal Sonic is scaling its operations to handle 6-inch and 8-inch wafers, a significant step toward broader adoption of its technology. With the semiconductor industry booming in Arizona, bolstered by the CHIPS and Science Act’s $52.7 billion investment, the startup is poised to become a major player in transforming how semiconductors are produced. Dr. Bertoni highlights, “Arizona’s commitment to the semiconductor industry has connected us to incredible resources, opening doors for innovation and growth.” Congratulations to Crystal Sonic for driving innovation and sustainability in semiconductor manufacturing! 🌟✨ https://lnkd.in/gVPP6E3X #ASUCores #ASUCoreFacilites #ASUSemiconductor #CHIPS #ASU #ASUResearch #ASUInnovation #SemiconductorIndustry #Wafer #AdvancedPackaging #Arizona #ArizonaSemiconductor #Semiconductors #Sustainability #Innovation #ASUStartup #CHIPSAct #CrystalSonic #Engineering ASU Knowledge Enterprise Southwest Advanced Prototyping (SWAP) Hub Advanced

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