![]() ![]() September 14 th, 2022: Coming back from a launch campaign in the desert today.October 3 rd, 2022: Listen here to a fireside chat on our last paper on magnetic phase separation in microgravity at Quantum Photonics Club.Romero-Calvo was appointed as Vice-Chair of the COSPAR Scientific Commission G: Material and Fluid Sciences in Space Conditions. October 13 th, 2022: Our article “Novel Propellant Settling Strategies for Liquid Rocket Engine Restart in Microgravity” has been published today in Acta Astronautica! doi: 10.1016/j.actaastro.2022.10.012.October 26 th, 2022: Our research on magnetic phase separation was featured today on the website of the American Society of Mechanical Engineers! More info here.October 27 th, 2022: Congratulations to the LGST Lab undergraduate researchers working on the design of the Georgia Tech Microgravity Drop Tower!! This afternoon they delivered an amazing poster presentation and won 1 st place in the hardware and devices division of the VIP Innovation Showcase.Romero-Calvo was elected as a member of the ASGSR Board for a 3-year term at the ASGSR Meeting 2022 in Houston, TX. degree requirements during a calendar year. This award recognizes the best dissertation (excellence of research, topical importance, and presentation in the written dissertation) among students completing Ph.D. Romero-Calvo has won the Outstanding Dissertation Award from the College of Engineering of the University of Colorado Boulder. ![]() December 1 st, 2022: Our research on magnetic phase separation in microgravity was highlighted today in Aerospace America’s 2022 year-in-review! More info here.student! Eric will research the application of magnetohydrodynamic forces to a variety of entry, descent, and landing problems. January 3 rd, 2023: We welcome Eric Comstock to the LGST Lab as our latest Ph.D.Our ESA-sponsored suborbital rocket experiment will test an autonomously operating, efficient, and monolithic solar water-splitting device for oxygen and hydrogen production in microgravity. Katharina Brinkert’s Group at the University of Warwick in the development of next-generation oxygen and hydrogen production devices. January 9 th, 2023: The LGST Lab is partnering with Prof.Romero-Calvo at AAS Space Times on the future of the field of low-gravity fluid mechanics and the opportunities brought by Artemis. February 1 st, 2023: New guest article by Dr.You can listen to his presentation here and take a look at his work here! February 7 th, 2023: Today, Sam Hart presented his conference paper “ Capillary and Electromagnetic SmallSat Propellant Positioning” at the 45th Rocky Mountain AAS GN&C Conference at Breckenridge, CO.February 28 th, 2023: Fantastic day at the 2023 Next-Generation Suborbital Researchers Conference (NSRC) at Broomfield, CO! You can take a look at our abstract on magnetically enhanced electrolysis here.March 27 th, 2023: Macià Monfort-Castillo presented today his conference paper “ Magnetohydrodynamic Drive for Water-Based CubeSat Propulsion” at the AIAA Region II Student Conference in Knoxville, TN.April 8 th, 2023: Thanks to ASGSR Students for their kind invitation to present our work at their webinar series! The recording is available on their Youtube channel.April 11 th, 2023: Our AE-4342 Space Systems Design students just became finalists in the NASA RASC-AL competition! Read the full announcement here.April 21 st, 2023: Congrats to Eric Comstock for winning the Goizueta Foundation Fellowship! Fellowship recipients bring exemplary levels of scholarship and innovation to the academic departments that host their study and research.theses in the field of Magnetic Fluids awarded by the International Steering Committee on Magnetic Fluids. thesis work “ Novel Electromagnetic Space Applications: Electron-Based Touchless Potential Sensing & Low-Gravity Magnetohydrodynamics” at the International Contest of Ph.D. Romero-Calvo received an honorable mention for his Ph.D. Areas of interest include life support, in-situ resource utilization, propellant sloshing, and heat transfer, among others. Our ultimate goal is to expand the traditional boundaries of the field of low-gravity fluid mechanics and contribute to the development of next-generation space systems. We are currently working on the development of novel multiphase flow management technologies by exploiting electromagnetic and acoustic actuation mechanisms. Welcome to the Low-Gravity Science and Technology (LGST) Laboratory! Our group is part of the Space Systems Design Laboratory and engages in a broad range of activities in the fields of microgravity and low-gravity research. ![]()
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