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#AvailableForLicense: This novel power amplifier design leverages a coupler-balun to support continuous active modulation across a broad bandwidth and enhancing efficiency. Developed by Tzu-Yuan Huang & Dr. Hua Wang. gatech.flintbox.com/technologies/8…

#AvailableforLicensing: New human-robot collaborative training approach for flexible manufacturing in aerospace and other dynamic industries. This innovative method allows human operators to #trainrobots for tasks like bolt insertion. Learn more ow.ly/i2Qq50TEyuk

#AvailableForLicense: This breakthrough technology offers a single-capture, deep learning-enabled technique for high-resolution 3D imaging of thick samples. Developed by Dr. Francisco E Robles Guerrero and Paloma Casteleiro Costa. gatech.flintbox.com/technologies/e…

#FeaturedResearcher: Dr. Kyriaki Kalaitzidou focuses on manufacturing #polymericmaterials and structures (inc. #polymers and #polymercomposites) to develop energy-efficient products/processes using renewable materials & sustainable methods. Georgia Tech ME ow.ly/hp4z50Rw8MK

#AvailableForLicense: WaveTag offers ultra low-power, high-accuracy asset tracking with cost-effective, passive wireless tags. Developed by Dr. Mohammad Rostami & Dr. Karthikeyan Sundaresan at the School of Electrical and Computer Engineering. gatech.flintbox.com/technologies/e…

#AvailableForLicense: This innovation revolutionizes integrated circuit (IC) fabrication by enabling mass customization and on-demand manufacturing of application-specific ICs. Developed by Dr. Michael A. Filler, Dr. Eric Vogel, & Dr. Victor Breedveld. gatech.flintbox.com/technologies/0…

#FeaturedTechnology: A reconfigurable and miniature #OnChipFilter for millimeter wave 5G/6G communications systems, utilizing Vanadium Dioxide to dynamically select frequency bands. Georgia Tech ECE #Communications #5G #6G #VanadiumDioxide #VO2 ow.ly/QJbC50S4quK

#FeaturedResearcher: Dr. Peralta-Yahya's group is discovering, advancing, and applying #biochemistry and #chemicalengineering principles to address #chemicalbioproduction and detection challenges. Learn about her work! #bioproduction @GT_Chem ow.ly/oxlS50RTY9B

#FeaturedTechnology: New type of #chemoresistor with adjustable resistance, detection sensitivity, and detection selectivity capable of sensing #volatileorganiccompounds. Developed by Jie Xu at the GTRI ow.ly/TJlI50SebWK #materialscience #sensors

#FeaturedResearcher: Dr. Lakshmi Dasi's life-saving #PrecisionTAVI technology received full U.S. FDA approval, an important step in commercializing the world's first #predictivemodelingsoftware for #valvereplacement. Learn more about his work. Coulter BME | Emory & Georgia Tech ow.ly/KqMr50Qj7AE

#FeaturedTechnology: New from Georgia Tech, chemical modification of #rGO improves dispersibility and miscibility and enables use in #polymer processes as a #conductivecomposite reinforcement or coating material. ow.ly/U0mw50TULwK

#FeaturedLicense: Georgia Tech startup Piezo Therapeutics improves access to #RNA and #DNA medicines with a simple, affordable, and scalable platform that can be extended broadly to #vaccines, #genetherapies, and more. Read this success story! ow.ly/FYoK50TUJNo

#FeaturedResearcher: Georgia Tech Dr. Beyah works at the intersection of networks and security, developing techniques and protocols for securing cyber-physical systems. Read about his work. licensing.research.gatech.edu/researcher/rah… #powergridsecurity #cybersecurity #securenetworkinfrastructures

#FeaturedTechnology: Revolutionizing volumetric imaging with scalable, high-resolution, and artifact-free capabilities. Developed by Dr. Shu Jia and Wenhao Liu at Coulter BME | Emory & Georgia Tech. ow.ly/WwzF50TXZJS #BiomedicalEngineering #ImagingTechnology #organoidimaging #liveimaging

#FeaturedResearcher: Dr. M.G. Finn's group is developing chemical & biological tools for a wide range of fields, inc #chemicallinkers for #drugdelivery, tailored virus particles for #immunology, & #polymericmaterials for #diagnostics & #therapy. @GT_Chem ow.ly/iMnJ50Q6m5m

#FeaturedTechnology: The Multi-Tier, In-Line Immersive Processing System is a ground-breaking chiller design for compact, in-line immersive processing of products, such as poultry carcasses. GTRI gatech.flintbox.com/technologies/9… #SustainableTechnologies #poutryprocessing

#FeaturedResearcher: Dr. Graber's research seeks to move the power grid in a more sustainable, environmentally responsible direction, allowing easier integration of #renewableenergy resources for a #cleanenergy future. Read more here: ow.ly/jWVR50QQBGQ #powergrid #DCpower

#Availableforlicense: Taskr prototype is a do-it-yourself mobilization solution that users of any skill level can rely on to mobilize their #spottasks. Uses remote computing to achieve code-less mobilization. Georgia Tech ECE #codelessappdevelopment ow.ly/SPc350SkRbt

#FeaturedLicense: Georgia Tech #startup @Matmerize developed PolymRize™ to end the expensive and time-consuming cycles typical in #materialsdevelopment with time and cost reductions of 25% to 33% for new polymer formulations. @GTMSE5 #polymerformations ow.ly/Q7eJ50U8gEL

#FeaturedResearcher: Dr. Francisco E. Robles and his lab are advancing optical technologies and #signalprocessing methods to improve #biologicalimaging and enhance the ability to identify diseases. #opticaltechnology #diseaseidentification Coulter BME | Emory & Georgia Tech ow.ly/QoOh50Qo8wW