Published today! A handy guide to interpreting magnetic susceptibility data. This article was inspired by my own struggles as a junior grad student and the idea that maybe the unwritten rules can in fact be written down. @SamMugiraneza@SBQMI_UBC
https://t.co/kvZlCWl01t
HISTORY MAKER: Hassina Bilheux applies advanced #neutron imaging techniques to several areas of materials research, including energy storage systems. https://t.co/vueKMh7UBn
#WomensHistoryMonth#WomenInSTEM
HISTORY MAKER: Physicist Valeria Lauter has used neutrons for more than 25 years to study complex magnetic behavior in materials. https://t.co/B2yRCa9Zvm
#WomensHistoryMonth#WomenInSTEM
Neutron experiments at @ORNL have helped scores of companies save time and money by identifying ways to improve their materials and make their #industrial processes more efficient. Learn more on how #neutrons are advancing #industry https://t.co/FQ8YJBJVP6
Hey Scatterers! I'm co-organizing a panel at https://t.co/Gl6aCoWjHO on Barriers to Access. Facility science has traditionally been done by those who are able and willing to travel. I want to hear about your barriers to access and your hopes for the future of remote experiments.
What a beautiful variety of quartz - contains dendritic inclusions of iron, manganese or other metal oxides.
I believe 'dendrite' comes from the Greek word 'dendron' meaning tree. Lithium dendrites also found in some Li battery materials.
Don’t miss this #APSmarch talk by @ORNL neutron scattering scientist Andrey Podlesnyak, today at 9 am CDT, “Decoupled Spin Dynamics in the Rare-Earth Orthoferrite YbFeO3.” #Neutrons https://t.co/H690uV7LBt
Come see @ORNL neutron scattering scientist Stuart Calder at #APSmarch as he discusses magnetic interactions in the S=1/2 1D spin-chain metal-organic compound Cu(N2H5)2(SO4)2 (8:36 am CDT). #Neutrons https://t.co/5YSa65trMx
By conducting neutron scattering experiments on a single-element magnet at @ORNL, researchers provided a “cleaner” look at massless spin waves called Dirac magnons, offering a new window into topological magnetism. 👉 https://t.co/jqut7qpFd7
In this #APSmarch talk (today at 10:48 am CDT), @ORNL neutron scattering scientist Lilin He will discuss his recent work with monitoring polymerization of conjugated polymers on nanoparticles. #Neutrons https://t.co/fbn3KM2AJB
One week left to submit your experiment proposals for @ORNL’s High Flux Isotope Reactor and the Spallation Neutron Source. Deadline is noon (ET), March 23.
Learn more here 👉 https://t.co/nGukegDgEz
In this #APSmarch talk (today at 8:24 am CDT), @ORNL computational instrument scientist Zachary Morgan will discuss canted antiferromagnetic order and spin dynamics in the honeycomb-lattice Tb2Ir3Ga9. #Neutrons https://t.co/C1eVHKTtU2
Be sure to catch this #APSmarch talk by @ORNL neutron scattering scientist Keith Taddei as he discusses Ferromagnetic EuCd2As2 as a candidate Weyl ‘Hydrogen Atom.’ Check it out today at 8:24 am CDT! #Neutrons https://t.co/W7v9UHVvzJ
This #APSmarch talk (at 4 pm CDT) by @ORNL neutron scattering scientist Alexander Kolesnikov will discuss anomalous broadening of water intramolecular bending mode in ice-Ih. #Neutrons https://t.co/M2moUNIisg
#APSmarch attendees: don’t miss @ORNL neutron scattering scientist Lisa DeBeer-Schmitt’s presentation on “Revisiting static and dynamic magnetic correlations in the chiralhelimagnet Cr1/3NbS2.” today at 12:06 pm CDT. #Neutrons https://t.co/T5Z3cWuqXF
Come watch @ORNL postdoc Xiaojian Bai give his #APSmarch presentation on field-tunable toroidal moments in the chiral-lattice magnet BaCoSiO4, starting at 8 am CDT. #Neutrons https://t.co/rPiGLrT4Rr