Research group within @cambridge_ee @Cambridge_eng, @Cambridge_Uni lead by Stephan Hofmann. Exploring novel materials, metrology and device architectures
Friday WIP!
Started work on a tool to illustrate crystal surfaces based on their Miller index. Here's it semi-working for a primitive cubic lattice.
CH4 molecules for extra effect, because I felt nostalgic for my graphene growth days...😋
#b3d#ScienceTwitter#sciart
Our latest paper mapping the properties of twisted bilayer graphene under an imaging ellipsometer is out in Nano Letters. Well done @TejaPotocnik and thanks to @TheHofmannGroup, @JoyceGroup_ and all the collaborators.
https://t.co/jt21Mq3xcK
Yesterday's 'Operando Approaches for Advanced Materials Development' in Cambridge, sponsored by the Henry Royce Institute, was a great success - we had over 120 delegates!
Many thanks to the Stephan Hofmann & Rob Weatherup teams.
@RoyceInstitute@TheHofmannGroup
Join Operando Approaches for Advanced Materials Development 2023! The hybrid symposium will focus on the latest advances in operando techniques to gain understanding of the growth, processing, functionality & performance of novel materials.
Join online: https://t.co/2ihdQFIVRW
We're hiring! If you or someone you know are interested in joining us and @JoyceGroup_ in Cambridge to develop (opto)electronic devices with 2D materials and semiconductor nanowires, follow the link: https://t.co/wbmpPHri44
Our paper on crystal orientation screening for 2D material growth and transfer is out. Higher index orientations of catalyst can be better when you take into account a range of processes - thanks to everyone who contributed! @TheHofmannGroup@ChStampfer
https://t.co/BxaoZutR39
Thanks @TheHofmannGroup for the wonderfully decorated festive tree now adorning our reception area (complete with festive nanotube!). Drop in and take a look!
Very excited to see our work on automated nanowire device fabrication featured on the front cover of @acsnano. Congratulations to @TejaPotocnik, @PalavaNet@JoyceGroup_ and all the co-authors. Thanks to @Ryo_M_Graphics for the fantastic artwork #MyACSCover https://t.co/Fu6kpuX1SJ
#2Dmaterials for #quantum 🧪🌈! New pre-print led by Sarah M. Skoff https://t.co/79cpMoWc36 @tu_wien incl. joint #FFG funding PhoQus2D: "Characteristics of quantum emitters in hexagonal boron nitride suitable for integration with nanophotonic platforms"😎 https://t.co/JFfZGD0AZf
We are finally on twitter!
I'll be using this account to share my #sciart and any scientific illustrations I do for clients.
As this is my first post, here is an old illustration of Methylene Blue, an organic dye molecule that strongly absorbs and fluoresces light!
Empirical Parameter to Compare Molecule–Electrode Interfaces in Large-Area Molecular Junctions
By Ryan Chiechi, Stephen Hofmann et al @TheHofmannGroup @StratinghInst @Cambridge_Eng
Open access in ACS Physical Chemistry Au 👉 https://t.co/uRduE973TP
#NanoFutures Scholars - ⛅️internship @Cambridge_Uni for UK undergrads with limited previous research exposure. Students meeting *Widening Participation* criteria particularly encouraged! Degrees with #physics#chemistry#materials or #engineering welcome. https://t.co/6gjZmftpLZ