@TheHofmannGroup

Research group within @cambridge_ee @Cambridge_eng, @Cambridge_Uni lead by Stephan Hofmann. Exploring novel materials, metrology and device architectures

 Cambridge, England
www-g.eng.cam.ac.uk/hofmann/
Joined November 2019
  • Tweets40
  • Following40
  • Followers188
6Media
Fantastic work from our alumni Ryo!
Ryo Mizuta Graphics@Ryo_M_Graphics7 Jul 2023
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
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TheHofmannGroup retweeted
Bernhard C. Bayer@nanobayer30 Jun 2023
Many thanks to @TheHofmannGroup for hosting 2D+ PhD students @BernhardFickl & Markus Hofer for in-depth lab visits & good discussions about #2Dmaterials & #CVD in #Cambridge 🇬🇧! @cambridge_ee @Cambridge_Eng @Cambridge_Uni 👍👍 Top tour guides: @OJBurton & AbdulAziz AlMutairi 👍👍
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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. pubs.acs.org/doi/10.1021/acs…

Fast Twist Angle Mapping of Bilayer Graphene Using Spectroscopic Ellipsometric Contrast Microscopy

Abstract. Twisted bilayer graphene provides an ideal solid-state model to explore correlated material properties and opportunities for a variety of optoele

pubs.acs.org
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Alice Dearle @AliceDearle and James Steele @JamesSteeleNano (presenting their posters) with Stefan Hofmann @TheHofmannGroup. We @Maxwell_Centre are delighted to be the @NanoDTC home as well as host the @RoyceInstitute at Cambridge. #collaboration #multidisciplinar #research
Oxford Materials@OxfordMaterials28 Mar 2023
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
Professor Hofmann and Weatherup at the podium during the event, standing by the title slide of the presentation and by a pop-up banner branded by the Royce Institute

ALT Professor Hofmann and Weatherup at the podium during the event, standing by the title slide of the presentation and by a pop-up banner branded by the Royce Institute

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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
Professor Hofmann and Weatherup at the podium during the event, standing by the title slide of the presentation and by a pop-up banner branded by the Royce Institute

ALT Professor Hofmann and Weatherup at the podium during the event, standing by the title slide of the presentation and by a pop-up banner branded by the Royce Institute

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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: eventbrite.com/e/operando-ap…

Operando Approaches for Advanced Materials Development 2023

A one-day symposium focusing on the latest advances in the use of operando techniques related to novel energy and device materials.

eventbrite.co.uk
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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: jobs.cam.ac.uk/job/39922/
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Oliver Burton@OJBurton9 Jan 2023
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 pubs.acs.org/doi/10.1021/acs…

Putting High-Index Cu on the Map for High-Yield, Dry-Transferred CVD Graphene

Abstract. Reliable, clean transfer and interfacing of 2D material layers are technologically as important as their growth. Bringing both together remains a

pubs.acs.org
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TheHofmannGroup retweeted
NanoDTC@NanoDTC14 Dec 2022
Applications for NanoFutures Scholars 2023 are now open! Find out more about NanoDTC's 8-week paid💰undergrad research #internship🔬 in Cambridge here: nanodtc.cam.ac.uk/nanofuture… @Cambridge_Uni @DeptofPhysics @ChemCambridge @cu_mat @Cambridge_Eng @cebcambridge #inclusion #future
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cambridge_ee@cambridge_ee5 Dec 2022
Thanks @TheHofmannGroup for the wonderfully decorated festive tree now adorning our reception area (complete with festive nanotube!). Drop in and take a look!
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StranksLab@StranksLab2 Dec 2022
The traditional group dinner @Cheesecake during #fmrs22 with @SamStranks @AliceDearle @terryyang88 @YoungkwangJung plus fellow #oe members @tomi_baikie Arjun and many other friends @Cambridge_Uni from @VignoliniLab @malliaras lab @TheHofmannGroup
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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 bit.ly/NN22Nanowires
A nanoscale fiducial marker system combined with automated microscopy and computer vision algorithms enables high-throughput nanomaterial characterization and device manufacturing. Chip designs are dynamically modified to integrate nonuniform distributions of highly localized individual nanostructures.

ALT A nanoscale fiducial marker system combined with automated microscopy and computer vision algorithms enables high-throughput nanomaterial characterization and device manufacturing. Chip designs are dynamically modified to integrate nonuniform distributions of highly localized individual nanostructures.

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TheHofmannGroup retweeted
Bernhard C. Bayer@nanobayer27 Oct 2022
#2Dmaterials for #quantum 🧪🌈! New pre-print led by Sarah M. Skoff skofflab.com @tu_wien incl. joint #FFG funding PhoQus2D: "Characteristics of quantum emitters in hexagonal boron nitride suitable for integration with nanophotonic platforms"😎 arxiv.org/abs/2210.11099
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Not only did Callum Stewart have a successful PhDviva this morning - he just came 2nd in the Granta pub quiz 🔥
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TheHofmannGroup retweeted
ACS Nano@acsnano28 Sep 2022
A new study on high-throughput nanowire device manufacturing using nanoscale fiducial markers and automated microscopy analysis by @TejaPotocnik @Low_D_Electron @JoyceGroup_ @TheHofmannGroup #OpenAccess 🔓 bit.ly/NN22Nanowires
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TheHofmannGroup retweeted
cambridge_ee@cambridge_ee5 Jul 2022
CAPE Advanced Technology Lecture by Stephan Hofmann - 13th July, online and in person.
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Check out Ryo Mizuta’s (former Hofmann group PhD student) fantastic sci art here - enquiries welcome directly to Ryo! 🔬
Ryo Mizuta Graphics@Ryo_M_Graphics29 May 2022
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!
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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 👉 go.acs.org/7v
Empirical Parameter to Compare Molecule–Electrode Interfaces in Large-Area Molecular Junctions Open access in ACS Physical Chemistry Gold

ALT Empirical Parameter to Compare Molecule–Electrode Interfaces in Large-Area Molecular Junctions Open access in ACS Physical Chemistry Gold

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TheHofmannGroup retweeted
Oliver Burton@OJBurton11 Jan 2022
sciencedirect.com/science/ar… Great work by international collaborators using graphene for in-depth in-situ TEM.
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NanoDTC@NanoDTC8 Dec 2021
#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. nanodtc.cam.ac.uk/nanofuture…
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