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NASA hyperwall made it to Sharm! Data visualization showing that the arctic is warming 3X faster than the rest of the world NASA #COP27

Was excited to share the ambitions of The 2030 Project: A @cornell Climate Initative at COP27. We’re mobilizing a world-class research institution to support climate action with cutting edge science & innovation in this decisive decade.

Ben Furnas & Joseph W. McFadden share Cornell's work to reduce methane emissions from livestock-part of The 2030 Project COP27. Cornell is joining with partners like Environmental Defense Fund to expand use of feed additives & practices to reduce emissions and improve efficiency. bit.ly/3X1Kwx7

Join me today 4pm in Luxor room at #cop27! Details in the link. linkedin.com/posts/sadafsob…

Great to see Sadaf Sobhani share her ambitious work on carbon utilization, additive manufacturing, and low-emission combustion! Another example of researchers @cornell developing the energy and materials of the future.

ICYMI Sadaf Sobhani shares at #COP27P how active collaborations at @CornellENG are accelerating the discovery of valuable uses for CO2 from direct air capture to submicron scale. bit.ly/3TFxin4

So glad to have been part of this amazing group! Read more about Cornell at COP27 and the research happening here towards addressing climate change: shar.es/afeox8

PhD student Giancarlo D’Orazio presenting our latest research with industry partner Space and Defense group on ceramic additive manufacturing at #AIAASciTech AIAA

Sobhani Lab presentations at the The Combustion Institute US Meeting at Texas A&M University this week! Checkout students James Ringsby and Aniruddha Saha’s presentations tomorrow on our experimental and computational work on porous media combustion

Congratulations Jimmy Ringsby, awardee of the 2023 US National Combustion Undergraduate Research Competition! Well deserved! The Combustion Institute

Sadaf Sobhani has been selected for a 2023 NASA Early Career Faculty (ECF) Award. NASA will be funding Sobhani’s research proposal titled “Precision Ionic Liquids for Advanced Spacecraft Thermal Management (PLASMa).” mae.cornell.edu/news/nasa-sele…

Efficient and powerful actuation of microrobots is a major challenge. Check out how Rob Shepherd (Organic Robotics (ORC)), Sadaf Sobhani from Cornell Mechanical & Aerospace Engineering and their teams are solving this using high-energy density combustion in the latest issue of Science Magazine

Please join us at AIAA SciTech, where our group will be presenting two talks tomorrow (Wed): 1792: Additive Manufacturing and Working Fluid Characterization of Ceramic Heat Pipes 1542: Characterization and Testing of Additively Manufactured Porous Ceramic Electrospray Emitters

Congratulations to Sadaf Sobhani and others on exciting and engaging presentations today.

🎤 Excited to co-organize the Additive Manufacturing Center of Excellence Conference on Advanced Manufacturing symposium on ceramic AM. Abstract submissions are now open! If you are a speaker eager to contribute, submit your abstract here: amcoe.org/event/icam2024/ #ICAM2024 #CallforAbstracts

Exciting news! In our recent paper, we showed that #ReactingFlows in #PorousMedia exhibit feature that parallels #Turbulence in unconfined flows, providing theoretical underpinning of enhanced mixing and #Combustion efficiencies at these conditions. doi.org/10.1103/PhysRe…

If you are at #APSDFD2024, join us in Session X08 where Sobhani Lab PhD student Aniruddha Saha will present “Passive Control of Capillary Rise Dynamics in Micro-Channels,” introducing a framework for flow-enhancing and flow-inhibiting capillary dynamics as linear damped systems

Excited to share that our lab is presenting 3 talks tomorrow (Jan 7) at AIAA #SciTech2025 on spacecraft thermal control: 9:50 AM: Grooved Ceramic Heat Pipes (experiments) 3:30 PM: Predicting Ionic Liquid Properties (ML) 4:30 PM: Ceramic-Halide Heat Pipes (modeling) Join us!