Washington NASA Space Grant Consortium’s Post

Thanks to Michael Zagun, Marcin Okarmus, Jon Zeman and of course our partners at Garrett - Advancing Motion , Sujeet V and Philippe De Araujo for publishing the work below. it's about a unique and novel implementation of an ECMS controller (Equivalent Energy Minimization Strategy) taking into account a predictive multi-physics energy and thermal-management models. The possibilities are promising because we can get the best of both worlds : predictive physics and advanced controller all integrated. check out the paper here ! https://lnkd.in/g5MEiP4F

The discovery of photoelasticity is attributed to the Scottish physicist David Brewster in the early 19th century, who promptly identified it as stress-induced birefringence. Photoelasticity is thus one of the oldest methods of experimental stress analysis. It can be taken to the extreme with a high-speed polarization camera Photonic Lattice, Inc., and it looks really fancy when combined with simultaneous axial-torsional deformation in a DMA device. Precision in specimen fabrication is essential for this type of experiment, requiring polymer samples with high geometric accuracy and no internal stresses (MeltPrep ). Want to learn more about the capabilities of modern axial-torsional dynamic mechanical analysis? Take a look at this recent publication: https://lnkd.in/ePtZ-WeU Or better yet, visit our booth Anton Paar at the upcoming Annual European Rheology Conference AERC 2024 in Leeds, England!

POMA What is an acoustic metamaterial? This article considers various ASA presentations on the topic to find the similarities and difference between acoustician's definition of the concept. https://lnkd.in/gxHrkXkd Applied Research Laboratories, The University of Texas at Austin

Read our latest published paper in Advanced Materials Interfaces! We studied the role of the van der Waals Force effects on stability of Violet Phosphorus for different substrates using s-SNOM! Thanks to Sarabpreet Singh for leading the project, and thanks to our collaborators at Cornell University and Air Force Office of Scientific Research (AFOSR) #violet_phosphorus #vdW_effects #SNOM

We will be presenting two papers at IEEE INERTIAL in March. Amir Rahafrooz, PhD, PMP, will be sharing his work on a passive compensation technique to significantly reduce quadrature voltages required in axis-symmetric gyroscopes while maintaining performance. I will be discussing the generation of angle white noise (AWN) in vibratory gyros and the challenges associated with conventional characterization techniques when trying to measure this type of noise.

Presented a poster on the Characterisation of the Cherenkov Detectors for the MOLLER experiment at the 16th Pisa Meeting on Advanced Detectors (Elba Italy) MOLLER is an upcoming experiment at the Jefferson Lab, USA aiming to measure the parity violating asymmetry in electron electron (MOLLER) scattering with unprecedented precision (< 1 parts per billion) by scattering polarised electron beam off unpolarised target at 11 GeV. It has the potential to unravel dynamics beyond the standard model!

PNAS and PNAS Nexus National Academy of Sciences proudly endorse STM, Crossref, and DataCite's latest joint statement on research data. Embracing these best practices, we're committed to fostering a collaborative research landscape that promotes open research and enhances research integrity. This initiative marks a pivotal step in our collective journey towards more accessible, interconnected scientific knowledge. Learn more and join us in shaping a future where open and shared research data is the norm https://ow.ly/mNrf50QKJ4c

I am excited to share the first published results from my PhD project! Here we cover the detailed characterization of organic glass scintillator (OGS) bars and their potential for a range monitoring system in proton therapy. Check it out here!

My recent review paper about quantized vortices of Bose-Einstein condensates confined in spatially curved configurations. The paper has been written in collaboration with two excellent scientists: Andrea Tononi and Alexander Yakimenko. 😀

#microscopy #NavalHorizons #researchimpact #sciencecommunication #STEMoutreach #bethechangeyouwanttosee #representationmatters #thisiswhatascientistlookslike #myscientistlookslikeme Students enrolled in grades 9-12, attending public, private, or home school in the U.S. and students enrolled at an accredited U.S. college or university, including community colleges, undergraduate students, and graduate students can apply to the contest! Please watch the videos and hopefully they will inspire students to envision themselves in a STEM career! #NavalSTEM