Air Force Office of Scientific Research (AFOSR)

?????? ?????????? ???????? ?????? ???????????? ???? ????????????.??????! AFRL/AFOSR investments in #BasicResearch lead to new and innovative solutions for tomorrow’s United States Air Force and United States Space Force. As transformational advances often occur where they are not expected, we focus on early recognition of unexpected advances in science and technology, emerging scientific breakthroughs, and disruptive technologies. Interested in funding for your innovative research? Get started by reviewing our general BAA on Grants.gov https://lnkd.in/gwm8hyDa, then reach out to the Program Officer listed in your area of interest. Air Force Research Laboratory #HighRiskHighReward #BasicResearch #Science #Technology #STEM #Grants #FundingFriday #FundYourScience

???? Where Science Meets Art, Innovation Comes Alive! Is there beauty hidden in your data? Does your research spark creativity? Share your vision in the Art of Science Showcase and inspire the world with the artistry of discovery. ?? Submissions close December 6, 2024, at 11:59 p.m. EST ?? Submit your artwork now: https://lnkd.in/eBnWn3rd Open to artists, researchers, students, and all who see the art in science. Celebrate 74 years of AFRL/AFOSR innovation by bringing the elegance of basic research to life through your art. From galaxies to molecules, let your creativity shine! #pARTnerWithAFRL #AFOSR #BasicResearch #Grants #InnovateforImpact #STEAM Photo creds: Art of Science Showcase 2023. "Fake Guy, Real Laughs" - Colin Holbrook (PI), Alan R. Wagner (Co-PI), Photographer: Elena Zhukova, University of California, Merced Description: "Genuine laughs suggest genuine teaming. Here, our anthropomorphic humanoid absolutely destroys a group of research assistants with a perfectly executed joke (this is a real moment we luckily caught on camera). While developing such intuitive interpersonal rapport with machines can facilitate trust and team performance in many contexts, it can also set the stage for potential overtrust and error (e.g., unwillingness to abandon a robot perceived as a friend during a crisis). Our project is focused on understanding the role of anthropomorphism as a determinant of trust in and conformity with the guidance of artificial agents."

?? Elevate STEM Research Excellence with DEPSCoR! AFOSR invites researchers from underutilized states and territories to apply for funding through the Defense Established Programs to Stimulate Competitive Research (DEPSCoR). This program is designed to: ?? Strengthen STEM infrastructure in higher education ?? Enhance collaborative research efforts ?? Empower innovation in basic research ?? Available Funding Opportunities: 1?? Research Collaboration FOA: https://lnkd.in/eR478A6J 2?? Capacity Building FOA: https://lnkd.in/eu3xrHZv ?? Why Apply? By participating, you’ll contribute to groundbreaking advancements that align with AFOSR’s mission to secure the technological edge of the United States Air Force & United States Space Force. ??? Deadline to Apply: November 25, 2024 Let's Build the Future Together. #PartnerWithAFRL Tag a colleague, share this opportunity, or start your application today! ?? To learn more about DEPSCoR: https://lnkd.in/d2Mn4MW Office of the Under Secretary of Defense for Research and Engineering #AFOSR #BasicResearch #DEPSCoR #STEMInnovation

Exciting news from the UTRGV Center for Aerospace Research! ?? Our talented graduate research students—Eric B. Rodriguez Jr, Luis Alvarez, and Miguel Olvera—recently presented an update on their work: a novel, multiscale approach for passive flow control using Triangular Porous Texturing (TPT) elements. This innovative research aims to improve aerodynamic efficiency by harnessing passive flow control techniques, pushing the boundaries of what's possible in aerospace engineering. Proud to see our team advancing the science of fluid dynamics! Thank you, Dr. Gregg Abate for this award! We'd also like to acknowledge our FSU and UCLA partners (Dr. Rajan Kumar, Dr. Unni Nair, Dr. Sam Taira, and Jonathan Tran) #AerospaceResearch #PassiveFlowControl #UTRGV #FluidDynamics #GraduateResearch

?? What can moths teach us about building smarter systems? AFOSR-supported researchers from Duke University Pratt School of Engineering and Georgia Tech College of Engineering, including ECE graduate student Lt. Matthew LaRosa and Principal Investigator Professor Simon Sponberg, are uncovering how moths process information and make rapid decisions in complex environments. By combining machine learning with biology, their work inspires the next generation of advances in systems integration. ?? Why This Matters: Moths demonstrate seamless neural integration for decision-making. Insights could lead to improved drones, autonomous robots, and more robust systems. Nature’s intelligence offers a blueprint for designing tunable, adaptive technologies. "We want to understand how natural intelligence operates—how moths think and make decisions. Humans create impressive machines, but moths excel at connecting the systems," says Lt. LaRosa. Explore the applications and implications of this work: ?? Learn about FLAP MURI: https://lnkd.in/eBa7hfZ9 ?? Meet the team behind the project: https://lnkd.in/enRPrCkq and https://lnkd.in/eRYPMQWU #AFOSR #AFResearchLab #BasicResearch #STEMInnovation #Biomimicry

?? Researchers, are you ready to elevate your work and drive meaningful impact? AFRL/AFOSR offers support to help transform innovative ideas into groundbreaking discoveries. Take the next step in advancing science for a better future. ?? Learn more and apply today: https://lnkd.in/ez8_YKbF #PartnerWithAFRL #AFOSR #BasicResearch #STEMFunding #ScientificResearch #Innovation

As we begin the week, let’s draw inspiration from Neil Armstrong’s words. At AFOSR, we’re dedicated to advancing the frontiers of science and engineering, fostering innovation that shapes the future of defense and technology. Start your journey with us: www.afrl.af.mil/AFOSR/ What new knowledge will you create this week? #MondayMotivation #PartnerWithAFRL #BasicResearch #STEM #Innovation #SpaceResearch ??: DVIDS hub

The Air Force Office of Scientific Research (AFOSR) is proud to announce its support for groundbreaking research at Missouri S&T College of Engineering and Computing, led by Dr. Zhi Liang. This project, awarded a $600,000 grant, is set to revolutionize our understanding of advanced propulsion systems. ?? Research Highlights: Focus: Studying fuel microdroplets ranging from a few to 50 micrometers in size Goal: Understand microdroplet dynamics in extreme pressure and temperature environments Application: Improve performance of scramjets, detonation engines, and rocket engines Program Officer: Dr. Li Chiping ?? Implications for Aerospace: This fundamental research has far-reaching implications for the development of hypersonic vehicles and space travel. By comprehending the behavior of fuel at the microscopic level, we can potentially enhance the efficiency and capabilities of next-generation propulsion systems. ?? Innovative Approach: What sets this project apart is its comprehensive methodology, combining multiscale modeling with droplet-scale experimental components. This holistic approach promises to yield insights that could transform our approach to aerospace engineering. ?? Opportunity for Young Researchers: This project also highlights AFOSR's commitment to nurturing the next generation of STEM talent. The research team includes both graduate and undergraduate students, providing invaluable hands-on experience in cutting-edge aerospace research. We're excited about the potential breakthroughs this research could bring to the field of propulsion technology. What aspects of this micro-level research do you find most intriguing? How do you envision it shaping the future of aerospace? Share your thoughts in the comments, and stay tuned for more updates on AFOSR-supported innovations! #AFOSRBoldResearch #AerospaceEngineering #PropulsionTechnology #STEM #Innovation

Get "smart" on the SMART scholarship program before the application deadline on December 6th: https://lnkd.in/grt7A2h

?? Electrochemo-mechanical Coupling Battery Tower Designed in Aggieland ?? At Texas A&M University, Tasya Nasoetion and her team, led by Professor Jodie Lutkenhaus, have developed a unique battery casing for low-temperature extreme aerospace environments. This innovative casing enables in-situ measurement of electrochemo-mechanical coupling properties, a significant advancement in structural composite anodes. Key Findings: -Enables simultaneous ionic connection and mechanical gripping -Enhances performance in extreme conditions This research could revolutionize the design and application of materials in aerospace technology, providing more robust and efficient solutions!! Focus Area: Advanced Materials Program: Space Propulsion and Power Program Officer: Dr. Justin Koo Follow us for insights into groundbreaking research! #PartnerWithAFRL #AFOSR #BasicResearch #ArtofScience