SHION’s Post

eaSI enables the acquisition of spatially linked EELS (chemistry) and 4D STEM (crystallography) datasets as part of a single STEM experiment. Watch the video today: https://lnkd.in/g8tX6FvZ #eaSI #spectrumimaging #4DSTEM #EELS

"Experience the magic of discovery with our microscopes.Our microscopes bring the invisible to life. #DiscoverMagic #SeeTheUnseen #MicroscopicWorld #HiddenWonders #ExploreMore #ScientificDiscovery #UnlockTheInvisible #MicroWorlds #IncredibleDetails #InnovativeTech #ScienceIsAwesome #DiscoverMore #MicroscopeMagic #JourneyIntoTheMicroscopic

🔬 Delving into Scientific History: Meselson-Stahl Experiment 🔍 Let's take a journey back in time to one of the pivotal moments in molecular biology—the Meselson-Stahl Experiment! 🌟 This groundbreaking study, conducted in the 1950s by Matthew Meselson and Franklin Stahl, revolutionized our understanding of DNA replication. Let's continue to honor the curiosity, ingenuity, and dedication of scientists like Meselson and Stahl who shape our understanding of the world. #ScienceHistory #DNAReplication #MolecularBiology #MeselsonStahlExperiment #ScientificDiscovery #linkedinlearning https://lnkd.in/d72GpugQ

What’s the next step in CT tech evolution? Deep silicon detectors. Imagine being able to see high resolution imagery from scans that can differentiate tissues and other vitals, in less time that standard CT machinery. That’s what’s being made possible by GE’s deep silicon researchers. Watch @Mikey Kay as he delves deeper into what deep silicon is, and how it’s going to revolutionize healthcare tech in “The Deep Silicon Project.”

What’s the next step in CT tech evolution? Deep silicon detectors. Imagine being able to see high resolution imagery from scans that can differentiate tissues and other vitals, in less time that standard CT machinery. That’s what’s being made possible by GE’s deep silicon researchers. Watch @Mikey Kay as he delves deeper into what deep silicon is, and how it’s going to revolutionize healthcare tech in “The Deep Silicon Project.”

EYIC minisymposium You still have a few days to send an abstract to the EYIC minisymposium at the ECCOMAS congress in Lisbon! The EYIC mini works quite differently from a regular mini, so you can send an abstract to it IN ADDITION TO sending an abstract to a regular mini! In particular, you can a) present in pairs (duet or duel, up to you!); b) present things that did not work out as expected; c) present unsolved problems. Sounds great, isn’t it? For more information, see the congress website at https://lnkd.in/dSaBezBx #mathematics #engineering #computationalmechanics #lisbon

It was fun playing with a sci-fi style in this image which represents #CLIMAT : a new method developed by Artem Musiienko at Helmholtz-Zentrum Berlin and based on the #HallEffect. With this technique it's possible to resolve simultaneously 14 different parameters of #electrons and #holes in #semiconductors! More details on the press release available at: https://lnkd.in/ejPbS6YB #SciArt #SciComm

Utilizing one of the most intelligent plants out there, Alex Naglich explores the behavior and evolutionary incentives of the Mimosa pudica. Known as the shy plant or touch-me-not, M. pudica rapidly moves when touched, damaged, or exposed to wind - and responds differently to each! This work helps to understand the complex sensing and signaling mechanisms in M. pudica, the evolutionary benefits of developing the ability to distinguish between different types of stimuli, and bolster the development of mimosa-based biohybrid robotic designs.

Our paper about extended Dicke models has just been published in SciPost Physics Core. #FAUpeople #FAULMQ #QuCoLiMa

EuPRAXIA: The Future of Compact Particle Accelerators Watch the recently launched short film "EuPRAXIA-DN: Global Minds, Accelerating Tomorrow", showcasing a major leap forward in particle accelerator technology and its potential impact across various fields. https://lnkd.in/ezz29ej9 #EuPRAXIA