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OpEd "by Lulu Zhao, Assistant Research Scientist in Climate and Space Sciences and Engineering, University of Michigan. Her research focus is the modelling of the acceleration and transport of energetic particles using M-FLAMPA (multiple-field-line-advection-model with particle acceleration). The M-FLAMPA model extract magnetic field lines from the magnetohydrodynamics (MHD) simulations of the background solar wind solution through SWMF (space weather frame work). Along those magnetic field lines, the particle transport and acceleration are modelled by solving the particle transport equations."

Researchers at the University of Chicago Pritzker School of Molecular Engineering developed a material called a “pluripotent plastic,” which has the ability to take on many forms. The material is made up of polymers containing “dynamic covalent bonds,” which can break and re-form reversibly. This versatility may be useful for engineers working in resource-scarce environments like outer space. To develop the new material, Prof. Stuart Rowan worked with PME assistant professor Shrayesh Patel, graduate student Nicholas B., and colleagues at Argonne National Laboratory, Air Force Research Laboratory, NASA - National Aeronautics and Space Administration, and the National Institute of Standards and Technology (NIST). Learn more at https://lnkd.in/gWirnNxb. #UChicagoPME #Plastics #Materials #MolecularEngineering

Embracing the competitive nature of space exploration, the United States Space Force (USSF) recently awarded $34.9 million to nine universities, including Western Michigan University. The goal of this funding is to aid in the creation of the Space Power and Propulsion for Agility, Responsiveness and Resilience (SPAR) Institute, led by the University of Michigan, for developing novel power and propulsion technologies. "Western’s Aerospace Laboratory for Plasma Experiments (ALPE) has significant expertise in the analysis of novel propellants for electric propulsion. This expertise will play a vital role in the institute," says Dr. Kristina Lemmer, professor of mechanical and aerospace engineering, director of ALPE and lead on the project. Learn more about the SPAR Institute: https://lnkd.in/gHmpZkz6

Lunar Zebro is the world's smallest and lightest moon rover yet, built by students of TU Delft | Electrical Engineering, Mathematics and Computer Science. The rover is designed to piggyback on a private or national space agency’s Moon lander. Once on the Moon, the rover’s main objective is to survive the harsh lunar conditions for one lunar day (14 Earth days) and communicate its location and health directly back to Earth. The rover will test its unique six-legged locomotion and after walking some distance it will take a unique picture of the lander and Earth. Thanks to amazing efforts like Lunar Zebro we are able to explore the universe and discover new frontiers! Raj Thilak Rajan, TU Delft | Signal Processing Systems, TU Delft Swarming Lab, Delft University of Technology #InternationalDayofHumanSpaceFlight #InternationaleDagvandeRuimtevaart  #university #research #microelectronics #science #signalprocessing #distributedsystems #swarmintelligence #autonomoussystems #swarms

🚀 Latvian Science Reaches for the Stars! Last July, the European Space Agency - ESA Ariane-6 rocket successfully launched satellites into orbit, with a notable contribution from Latvian scientists. ✨ Researchers at the Latvian State Institute of Wood Chemistry’s Polymer Laboratory have developed a groundbreaking cryo-insulation material that protects the rocket’s fuel tanks from the extreme cold of space – temperatures as low as -253°C. This remarkable achievement highlights decades of expertise and innovation in cryogenic material science. 👉 Why is this important? One of the biggest challenges for rocket engineers is ensuring the thermal insulation of fuel tanks filled with liquid oxygen and hydrogen. These tanks must remain intact under extreme temperatures and withstand significant vibration and thermal stress during launch. Thanks to the dedication and precision of Latvian researchers, a material has been created that performs flawlessly under these conditions, ensuring safe rocket operation. 📌 Interesting fact: The development of this material began 20 years ago in collaboration with the German aerospace group “Ariane.” Today, the material is applied as a thin layer on the rocket’s surface, creating a texture resembling suede. 👨🏼🔬Lead researcher and academician Ugis Cabulis shared insights in an interview with Latvian Radio: “We are chemists and material scientists. We modified compositions, calculated formulas, and modeled processes – the result is a material that withstands cryogenic temperatures, thermal stress, and vibrations.” 🌍 This innovation has applications beyond the space industry, including the transport of liquefied gas and energy storage. Recognized as one of the most significant Latvian scientific achievements of 2024, this work positions Latvia as a valuable contributor to global innovation and technological advancement. #Innovation #LatviaInSpace #Ariane6 #ScienceAndTechnology #MaterialsScience #LSIWC (This material is based on an interview with Uģis Cābulis, conducted by the Latvian Radio News Service.)

President Biden has named 19 researchers who contribute to NASA’s mission as recipients of the Presidential Early Career Award for Scientists and Engineers (PECASE). These recipients are among nearly 400 federally funded researchers receiving the honor.   Established in 1996 by the National Science and Technology Council, the PECASE Award is the highest honor given by […] | Click below to read the full article on Sunalei

From Fringe to Frontier: Material Futures from UAP Stanford professor Dr. Garry Nolan reveals how UAP observations can refactor our approach to materials science. In this compelling episode, Dr. Nolan demonstrates how studying anomalous phenomena provides unprecedented insights, reshaping materials research and development. Drawing from his pioneering work in biotechnology and advanced analysis, he illustrates why incorporating UAP insights could accelerate technological breakthroughs in many domains and transform our understanding of what's possible. 📢 https://lnkd.in/e62g6vfc Highlights: 📌 How UAP research informs next-generation materials development 📌 Advanced analysis techniques revealing new scientific possibilities 📌 The convergence of materials science and anomalous phenomena 📌 Strategic implications for technological leadership 📌 Breakthrough private sector opportunities in UAP-inspired research   Guest: Garry Nolan, Founder, Apprise Biotech and Nodality; and Rachford and Carlota A. Harris Endowed Professor at Stanford University   Co-Hosts: Anna Brady-Estevez, Co-Chair US Interagency Space Economy & Advanced Manufacturing Working Groups Lawrence Forsley, Chief Technology Officer of Global Energy Corporation Dyan Finkhousen, CEO of Shoshin Works; Ecosystemic Model Advisor for NASA - National Aeronautics and Space Administration and USSF SpaceWERX Series Hosts: Vikram Shyam, Lead Futurist, NASA Glenn Research Center Dyan Finkhousen, Founder & CEO, Shoshin Works #MaterialFutures #UAPresearch #FutureTech #Innovation #BreakthroughScience #AdvancedMaterials #DisruptiveTech #STEM #ecosystems #futures

From Fringe to Frontier: Material Futures from UAP Stanford University professor Dr. Garry Nolan reveals how UAP observations can refactor our approach to materials science. In this compelling episode, Dr. Nolan demonstrates how studying anomalous phenomena provides unprecedented insights, reshaping materials research and development. Drawing from his pioneering work in biotechnology and advanced analysis, he illustrates why incorporating UAP insights could accelerate technological breakthroughs in many domains and transform our understanding of what's possible. 📢 https://lnkd.in/e62g6vfc Highlights: 📌 How UAP research informs next-generation materials development 📌 Advanced analysis techniques revealing new scientific possibilities 📌 The convergence of materials science and anomalous phenomena 📌 Strategic implications for technological leadership 📌 Breakthrough private sector and academic opportunities in UAP-inspired research   Guest: Garry Nolan, Founder, Apprise Biotech and Nodality; and Rachford and Carlota A. Harris Endowed Professor at Stanford University   Co-Hosts: Anna Brady-Estevez, Co-Chair US Interagency Space Economy & Advanced Manufacturing Working Groups Lawrence Forsley, Chief Technology Officer of Global Energy Corporation Dyan Finkhousen, CEO of Shoshin Works; Ecosystemic Model Advisor for NASA - National Aeronautics and Space Administration and USSF SpaceWERX Series Hosts: Vikram Shyam, Lead Futurist, NASA Glenn Research Center Dyan Finkhousen, Founder & CEO, Shoshin Works #MaterialFutures #UAPresearch #FutureTech #Innovation #BreakthroughScience #AdvancedMaterials #DisruptiveTech #STEM #ecosystems #futures

From Fringe to Frontier: Material Futures from UAP Stanford professor Dr. Garry Nolan reveals how UAP observations can refactor our approach to materials science. In this compelling episode, Dr. Nolan demonstrates how studying anomalous phenomena provides unprecedented insights, reshaping materials research and development. Drawing from his pioneering work in biotechnology and advanced analysis, he illustrates why incorporating UAP insights could accelerate technological breakthroughs in many domains and transform our understanding of what's possible. 📢 https://lnkd.in/eYJwwRRQ Highlights: 📌 How UAP research informs next-generation materials development 📌 Advanced analysis techniques revealing new scientific possibilities 📌 The convergence of materials science and anomalous phenomena 📌 Strategic implications for technological leadership 📌 Breakthrough private sector and academic opportunities in UAP-inspired research   Guest: Garry Nolan, Founder, Apprise Biotech and Nodality; and Rachford and Carlota A. Harris Endowed Professor at Stanford University   Co-Hosts: Anna Brady-Estevez, Co-Chair US Interagency Space Economy & Advanced Manufacturing Working Groups Lawrence Forsley, Chief Technology Officer of Global Energy Corporation Dyan Finkhousen, CEO of Shoshin Works; Ecosystemic Model Advisor for NASA - National Aeronautics and Space Administration and USSF SpaceWERX Series Hosts: Vikram Shyam, Lead Futurist, NASA Glenn Research Center Dyan Finkhousen, Founder & CEO, Shoshin Works #MaterialFutures #UAPresearch #FutureTech #Innovation #BreakthroughScience #AdvancedMaterials #DisruptiveTech #STEM #ecosystems #futures

#UFO materials sciences we refer to as #CTPMATSci. These #CTPtech/CTP technologies are based on completely different sciences and principles than other fields of sciences or other materials sciences. Attachment on my Experience section covers more information. #CTPisDisclosure