StreubelLab

[StreubelLab @StreubelLab]

This marks my seventh cover in a scientific journal. I created six out of the seven using only research data.
https://t.co/qZm06BZkDV

[StreubelLab @StreubelLab]

Redefining explosive impact on basic sciences: Ballistic Ejection of Microdroplets from Overpacked Interfacial Assemblies https://t.co/nzO0Z9yWUv
Great outcome from a multidisciplinary, multi-institutional collaboration (Berkeley Lab, UC Berkeley, UNL).

[StreubelLab @StreubelLab]

Evidence of Symmetry Breaking in a Gd2 di-nuclear molecular polymer - now published in Physical Chemistry Chemical Physics https://t.co/WrD0foabNR

[StreubelLab @StreubelLab]

Electronic structure of cobalt valence tautomeric molecules in different environments - now published in Nanoscale as part of their 2023 Emerging Investigators Special Issue https://t.co/me48vCD3UH

[StreubelLab @StreubelLab]

Book chapter on recent advances in tubular magnetic geometries published: P. Landeros, J.A. Otalora, R. Streubel, and A. Kakay: Tubular Geometries. In Denys Makarov and Denis D. Sheka (Eds.): Curvilinear Micromagnetism, 163-213, Springer (2022) https://t.co/msdw8AVIJY

[StreubelLab @StreubelLab]

Our recent advances in instrument development at the LCLS for studying fluctuations in quantum materials. - it’s a great example of multi institutional collaboration involving Berkeley, San Diego, and Standford https://t.co/0JUzfjyeVB

[StreubelLab @StreubelLab]

We just received notice of our first National Science Foundation (NSF) research grant to study magnetic order in disordered dipolar nanostructures ($500k).
We are excited to continue our long-standing collabrations with Tom Russell (UMass Amherst, LBL) and Jianwei Miao (UCLA)

[StreubelLab @StreubelLab]

This should be the first experimental evidence of curvature-driven DMI and topological spin textures in nanospheres. https://t.co/P9sLjrrBiB

[StreubelLab @StreubelLab]

Published by the U.S. Department of Energy, Office of Basic Energy Sciences.

Roundtable report: Research opportunities in the physical sciences enabled by cryogenic electron microscopy containing opportunities and challenges of quantum materials research
https://t.co/Ec21yHDkQV

[StreubelLab @StreubelLab]

Evidence of Dynamical Effects and Critical Field in a Cobalt Spin Crossover Complex - now published in Chemical Communications https://t.co/lzaF5bZTK8

[StreubelLab @StreubelLab]

Our first publication with immediate commercial relevance to 5G cellular communications thanks to great collaborations with Vida Products, Stanford, Colorado State, Berkeley and Nagaoka.
https://t.co/maTwNd45F6

[StreubelLab @StreubelLab]

Finally online! We are so excited about our cutting edge molecular beam epitaxy system with 1e-10 mbar base pressure without cooling.

Stay tuned.

[StreubelLab @StreubelLab]

Why topological phase objects may have more in common with high-temperature superconductors than you think.
https://t.co/zAViZakpXb

[StreubelLab @StreubelLab]

Learn more about The Art of Nanoscience https://t.co/72heRPhxXJ

[StreubelLab @StreubelLab]

Robert attends the SPIE conference in San Diego, giving two invited talks on topological magnetism in amorphous materials and ferromagnetic liquid droplets.

[StreubelLab @StreubelLab]

UNL research highlight
Mag-neato: Team advances understanding, control of magnetic droplets https://t.co/pSu6KIbvVO

[StreubelLab @StreubelLab]

A new and fresh perspective on magnetism in curved geometries https://t.co/x7hyP19nk0

[StreubelLab @StreubelLab]

Finally online: 2020 Emerging Leaders of the Journal of Physics: Condensed Matter including our recent publication. https://t.co/cNt8zLqCzh

[StreubelLab @StreubelLab]

Featured as a cover page, our recent work on Chiral Spin Textures in Amorphous Iron–Germanium Thick Films (Adv. Mater. 8/2021) https://t.co/OuMsz7ZSQc

[StreubelLab @StreubelLab]

Our first PNAS was just published: Ferromagnetic liquid droplets with adjustable magnetic properties https://t.co/93AVErbcG7