Associate Professor, Nanoscale assembly and Electron Microscopy Group, Department of Chemical and Biomolecular Engineering, University of Maryland (@ChBE_UMD)
Joined July 2020
- Tweets 135
- Following 448
- Followers 208
- Likes 397
21 Photos and videos
Taylor J Woehl retweeted
The U.S. Air Force invested over $1.2M in electron microscopy research initiatives that could unveil new technologies for aerospace materials. Visit š go.umd.edu/AirForceResearch to learn about the two projects led by Associate Professor Taylor Woehl.
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4 Oct 2024
We have an opening for a postdoctoral fellow in our lab focusing on visualizing atomic scale pyrolysis dynamics of polymer derived ceramics using gas phase in situ TEM, 4D STEM, and EELS.
Apply here: ejobs.umd.edu/hr/postings/12ā¦
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Taylor J Woehl retweeted
21 Aug 2024
Online now!
A News & Views from Taylor Woehl (@WoehlLab) covers a recent Article by Xingchen Ye, Sharon Glotzer & co-workers.
Original Article: nature.com/articles/s44286-0ā¦
N&V link ($): nature.com/articles/s44286-0ā¦
ā”ļøFree read PDF: rdcu.be/dRAAE
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Taylor J Woehl retweeted
15 Aug 2024
Our August issue is live!
ML-assisted flow reactor design, a DNA-based chemical neuron that 'senses' temperature, large-scale graphene-based current collectors, direct imaging of nanocube self-assembly pathways, and more!
Read the full issue here: nature.com/natchemeng/volumeā¦
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20 Aug 2024
Congrats to the Woehl and Asa-Awuku labs on their joint publication in Environmental Science & Technology! We used in situ TEM to reveal surprising nanoscale dissolution and droplet growth dynamics during water vapor uptake on NaCl nanocubes. @EnvSciTech tinyurl.com/2kcjnfue
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7 Aug 2024
Our new collaborative paper with the Hutzler lab at HI-ERN has been published in Small Structures! We utilized liquid phase TEM and reaction network modeling to establish molecular scale formation mechanisms of silver nanoparticles. tinyurl.com/yzksp8en
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26 Jul 2024
Congrats to Bals et al. on their work imaging organic ligands on nanoparticles in liquid with electron microscopy! Take a look at the News and Views article co-authored by Damien Alloyeau (CNRS) and myself: tinyurl.com/4ab25tzy @NatureChemistry
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Taylor J Woehl retweeted
6 May 2024
Thrilled to share that I have been promoted to Full Professorship in the Department of Mechanical Engineering @umdme, @ClarkSchool , University of Maryland. In this hour of joy, I thank my mentors, advisors, past and current students, family and friends.
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Taylor J Woehl retweeted
10 Apr 2024
Weāre excited about EVs and their potential to help diagnose and treat womenās reproductive health! Check out our review in Nanoscale!
10 Apr 2024
Hannah Zierden @HZierden has been recognised as one of our 2024 Emerging Investigators! In her featured article as part of the series she reviews microorganism-derived extracellular vesicles as emerging contributors to female reproductive health! š
pubs.rsc.org/en/Content/Artiā¦
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27 Mar 2024
Congrats to Jiayue Sun for receiving a summer graduate research fellowship for her excellent research on in situ electron microscopy of alloyed nanoparticle formation mechanisms!
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23 Feb 2024
The abstract deadline for the 2024 ACS Colloid and Surface Science Symposium held at University of Washington June 23rd is coming up. Make sure to get your abstracts in by March 1, it's sure to be a great meeting!
colloids2024.org/abstract-suā¦
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Taylor J Woehl retweeted
8 Jan 2024
Excited and grateful to receive an @NSF CAREER award. This means you will hear a lot more about membrane hydrodynamics from me in the coming years.
For now, I am thankful to students, colleagues, mentors, family, and the @ucdavis @UCDavisCOE ecosystem that made this possible.
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20 Nov 2023
Just a reminder that the Liquid phase EM GRC in Lucca, Italy on January 28 is fast approaching! Historically, students have received a sizeable travel stipend, so this is a great opportunity to attend an international conference! Apply at tinyurl.com/y47ksb5m #Microscopy
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Taylor J Woehl retweeted
8 Nov 2023
Thrilled that my first first-author cover art that I designed is finally out! šRead more about some of my PhD liquid #ElectronMicroscopy work on collagen mineralization in collaboration with the @GrandfieldLab, @sone_lab & Kelly Lab here: doi.org/10.1021/acs.nanolettā¦
#MyACSCover
ALT Cover art image from the journal Nano Letters featuring an abstract collagen fibril that is being pierced by an electron beam. The background appears space themed where mineral clusters and pieces around shown around and on the collagen fibril, mimetic of stars in the universe.
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Taylor J Woehl retweeted
28 Oct 2023
New Feature Article from Taylor Woehl & 1st author Amy Chen:
āUnraveling chemical processes during nanoparticle synthesis with liquid phase electron microscopy and correlative techniquesā
@woehllab, @MaterialsUM, @ChemBiochemUMD
buff.ly/3tO8li3
buff.ly/3tO8li3
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Taylor J Woehl retweeted
18 Oct 2023
Our work has now been published in @NatureComms!
TLDR: Active droplets can form unconventional morphologies like shells of liquid material.
nature.com/articles/s41467-0ā¦
7 Feb 2023
Excited to share our latest work with the @WebersGroup!
Droplets are usually spherical.
We found that liquids can form a weird, new morphology if sustained out of equilibrium:
A spherical shell of liquid material.
biorxiv.org/content/10.1101/ā¦
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Taylor J Woehl retweeted
4 Oct 2023
BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2023 #NobelPrize in Chemistry to Moungi G. Bawendi, Louis E. Brus and Alexei I. Ekimov āfor the discovery and synthesis of quantum dots.ā
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3 Oct 2023
A feature article reviewing recent work in our lab using liquid phase TEM and correlative analytic methods to unravel chemical processes during colloidal metal nanoparticle synthesis was published in @ChemCommun today! Congrats to the students involved! tinyurl.com/mr2euezh
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29 Sep 2023
The MSE Department at UMD is hiring a T/TT faculty member to utilize a NEOARM 200F coming winter of 2024! Candidates in areas such as in situ TEM and advanced TEM characterization (ptychography/4DSTEM) are encouraged to apply tinyurl.com/7rrcwt35
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