Emma Wolpert (@emmawolpert) 's Twitter Profile
Emma Wolpert

@emmawolpert

Research fellow at @imperialcollege looking at using coarse-graining to predict molecular crystal assembly. Hmu if you have too many degrees of freedom!

ID: 1016702205318062081

calendar_today10-07-2018 15:14:29

62 Tweet

331 Followers

271 Following

Claire Hobday (@clairehobday) 's Twitter Profile Photo

We are hiring! We are looking for a computational materials PDRA to join the team. If you like materials modelling, understanding structure-property relationships and working with experimentalists, please take a look. 💻🧪💎elxw.fa.em3.oraclecloud.com/hcmUI/Candidat… #postsdocjobs #chemistry

Dr Jess Wade liked it here once (@jesswade) 's Twitter Profile Photo

If you're interested in the design of advanced materials for next-generation technologies, come to our *free* one day symposium Imperial College London on 16/09. Awesome speakers, epic venue (Imperial Chemistry) and the chance to meet new collaborators. Matthew Fuchter eventbrite.co.uk/e/design-synth…

Dr Jess Wade liked it here once (@jesswade) 's Twitter Profile Photo

Thank you to Henry Royce Institute, London Centre for Nanotechnology, Chemical Communications, CPE and @AdvSciNews for supporting this fantastic meeting. Here’s to more awesome science, epic collaboration and incredible interdisciplinary international interactions. 🇨🇦🇯🇵🇬🇧🇩🇪🇨🇭

Senn Group (@senngroup) 's Twitter Profile Photo

Thinking about doing a PhD next academic year? Why not come and meet our group in Warwick Chemistry and find out what we do. jobs.ac.uk/job/CUA649/phd… fully funded 4 year position (sorry UK fees only) available.

Irene Bechis (@irenebechis) 's Twitter Profile Photo

Very happy to see part of my PhD work with Kim Jelfs out in Chemistry of Materials ! Check it out if you're interested in defects and disorder in MOFs. The work is in collaboration with adam @andrew_tarzia Emma Wolpert Matt Addicoat @d_a_keen Thomas D. Bennett

Emma Wolpert (@emmawolpert) 's Twitter Profile Photo

Its a paper of firsts: #MyFirstChemSci, my first 1st author paper with Kim Jelfs, and my first corresponding author paper! I love this project and I'm so excited to see it out in Chemical Science. Thanks Kim for believing in my crazy half baked ideas! tinyurl.com/5xr7d8k9

Chemical Science (@chemicalscience) 's Twitter Profile Photo

Did you happen to catch this #MyFirstChemSci from Kim Jelfs and Emma Wolpert? The authors show how coarse-grained techniques can be used for predicting molecular crystal packing and the development of design rules. #compchem doi.org/10.1039/D2SC04…

MASC2023 Birmingham (@masc_2023) 's Twitter Profile Photo

We are also delighted to welcome contributed talks from @organocatalysis Michael Howlett Emma Wolpert Zifei Lu Yansong REN and Niamh Mockler (@peter_protein group). Looking forward to all the great talks. mascgroup.co.uk/masc-meeting-2…

Chemical Science (@chemicalscience) 's Twitter Profile Photo

🚨Kim E. Jelfs Kim Jelfs and 🚨Emma Helen Wolpert Emma Wolpert and have published a new article! 🚨 Coarse-grained modelling to predict the packing of porous organic cages. Link below: ow.ly/Ys2w50LpoKG🔗

🚨Kim E. Jelfs <a href="/JelfsChem/">Kim Jelfs</a> and  🚨Emma Helen Wolpert  <a href="/EmmaWolpert/">Emma Wolpert</a> and have published a new article! 🚨

Coarse-grained modelling to predict the packing of porous organic cages.

Link below: 
ow.ly/Ys2w50LpoKG🔗
Emma Wolpert (@emmawolpert) 's Twitter Profile Photo

Our preprint (@andrew_tarzia Kim Jelfs) on how disorder affects the porosity of 2D COFs is out now! If you're interested in multi-component COFs and tuneable properties give it a read researchsquare.com/article/rs-236…

Our preprint (@andrew_tarzia <a href="/JelfsChem/">Kim Jelfs</a>) on how disorder affects the porosity of 2D COFs is out now! If you're interested in multi-component  COFs and tuneable properties give it a read researchsquare.com/article/rs-236…
Emma Wolpert (@emmawolpert) 's Twitter Profile Photo

So happy to have this work out in Chemical Communications . If you’re interested in investigating the effects of structural disorder in COFs give it a read pubs.rsc.org/en/content/art…

Chemical Communications (@chemcommun) 's Twitter Profile Photo

Interested in the latest Communications? Read 'The effect of disorder in multi-component covalent organic frameworks' by Emma Wolpert, Kim Jelfs and @andrew_tarzia #openaccess 🔓 tinyurl.com/4mnxyku8

Volker Deringer (@vl_deringer) 's Twitter Profile Photo

Thank you to chairs, organisers, and all of the Royal Society of Chemistry team for a fantastic #MC16 🙂 I was impressed by the scientific programme and equally by the friendly, constructive, & inspiring atmosphere. A pleasure!

Thank you to chairs, organisers, and all of the <a href="/RoySocChem/">Royal Society of Chemistry</a> team for a fantastic #MC16 🙂 I was impressed by the scientific programme and equally by the friendly, constructive, &amp; inspiring atmosphere. A pleasure!
Ivana Brekalo (@ivana_brekalo) 's Twitter Profile Photo

Best part of the Crystal Engineering GRC Gordon Research Conferences is the amazing atmosphere! Seeing old friends, meeting new ones, and all while discussing cutting-edge research at a beautiful venue 🤩 absolutely unparalleled 💜 Thanks Andy Cooper for the great organising job

Best part of the Crystal Engineering GRC <a href="/GordonConf/">Gordon Research Conferences</a> is the amazing atmosphere! Seeing old friends, meeting new ones, and all while discussing cutting-edge research at a beautiful venue 🤩 absolutely unparalleled 💜
Thanks <a href="/aicooper/">Andy Cooper</a> for the great organising job
Emma Wolpert (@emmawolpert) 's Twitter Profile Photo

Interested in chirality in the solid state? Check out our (Kim Jelfs) recent work in Chemical Science! Here we use coarse-grained modelling to show how supramolecular interactions can drive chirality, offering a new approach to design chirality in cages. tinyurl.com/4t235j2a

Interested in chirality in the solid state? Check out our  (<a href="/JelfsChem/">Kim Jelfs</a>) recent work in <a href="/ChemicalScience/">Chemical Science</a>! Here we use coarse-grained modelling to show how supramolecular interactions can drive chirality, offering a new approach to design chirality in cages. tinyurl.com/4t235j2a