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Crystallisation in the Real World Profile
Crystallisation in the Real World

@Realworldxstals

Followers
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Following
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247

5 year £5.4M EPSRC programme between University of Leeds, Sheffield, Warwick and UCL to understand and control how inorganic crystals nucleate and grow

Joined October 2018
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@UCL_MMEgroup
MME_group
2 years
Estimating the convergence of MetaD usually requires a-posteriori analysis. Moreover the sampling obtained while tuning simulation parameters goes unused. Antoniu developed an approach (& code) to tackle these issues: https://t.co/91MtvReEer @Realworldxstals @uclchemeng
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@BACG_
British Association for Crystal Growth
2 years
We hope everyone enjoyed the one-day symposium around "Crystallisation in the Real World" held in Leeds by @Realworldxstals. We want to thank the organisers and all the participants for this great event!
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@LEMAS_UK
Leeds Electron Microscopy and Spectroscopy Centre
2 years
Come join us in Leeds! We are recruiting a Research Fellow in 4D Scanning Transmission Electron Microscopy (STEM). If you are interested in state-of-the-art electron and ion beam microscopy and characterising new and exciting materials, look at:
jobs.leeds.ac.uk
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@BraggRoyceLeeds
The Bragg Centre and Royce at Leeds
2 years
🎉The Bragg Exchange 2024 registration is OPEN! The @UniversityLeeds's flagship materials science research symposium will include talks from distinguished material science experts and poster sessions for you to shine a light on your research! Register: https://t.co/KU8MOWgma9
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@Realworldxstals
Crystallisation in the Real World
2 years
New publication in Environmental DNA from our Project Co-I, Dr Colin Freeman of University of Sheffield, 'Survival of environmental DNA in sediments: Mineralogic control on DNA taphonomy'
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onlinelibrary.wiley.com
We address bond level DNA–mineral affinities for two types of common sedimentary minerals and show that mineralogy and surface structures play a large role for fat of DNA in the environment.
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@UCL_MMEgroup
MME_group
2 years
Our review on "Molecular simulation approaches to study crystal nucleation from solutions" is out & open access in WIRES Computational Molecular Science! Thanks to @Sossogroup & the anonymous reviewers for their feedback! @Realworldxstals @uclchemeng https://t.co/EDaQJgZW6U
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wires.onlinelibrary.wiley.com
This review explores the challenges of modeling crystal nucleation from solutions, highlighting the suitability of various simulation techniques to determine crystal nucleation mechanisms and rates.
@UCL_MMEgroup
MME_group
3 years
Understanding nucleation from solution is crucial in many scientific fields & atomistic simulations can help, but choosing the right method is tricky. In this preprint we review applicability & insights attainable with different MD-based approaches 1/3
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@floriandietrix
Florian Dietrich
2 years
I am very happy to share my first First-Author publication, now published in @JCIM_JCTC : https://t.co/xJzIjYYuvs We present a method to construct approximations of expensive CVs, that can be used in enhanced sampling simulations and show how to recover the analytical FESs.
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pubs.acs.org
The efficient calculation of nucleation collective variables (CVs) is one of the main limitations to the application of enhanced sampling methods to the investigation of nucleation processes in...
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@BraggRoyceLeeds
The Bragg Centre and Royce at Leeds
2 years
🚨 Job Opportunity! 📢 We are looking for a Head of X-ray Analytical Facilities at the Bragg Centre! If you're an experienced XRD research professional with knowledge of other x-ray techniques we would love for you to apply! 📅Closes 12th November https://t.co/dAiUpQrEdf
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@UCL_MMEgroup
MME_group
2 years
Developing optimal models of reaction coordinates for MD sims is an interdisciplinary challenge! We seek a PhD student (UK/EU/OS) to attack this problem with genetic programming under the guidance of @ericsfraga (lead) and @matteoslvlgl. RTs welcome! https://t.co/ZqRoLBtgcG
ucl-epsrc-dtp.github.io
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@SeanCollinsChem
Sean M. Collins
2 years
Come work with us in Leeds! 3-year post-doc in advancing analysis of amorphous and crystalline phases in metal–organic framework (MOF) composites. @LEMAS_UK @BraggRoyceLeeds
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jobs.leeds.ac.uk
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@Realworldxstals
Crystallisation in the Real World
2 years
James Coe from University of Warwick updating us on ‘Understanding the Mechanism of Fluidiser Action in Hydration of Plaster to Gypsum’
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@Realworldxstals
Crystallisation in the Real World
2 years
Dr Steph Foster of University of Leeds giving her second presentation of the meeting on ‘Porous Calcite Crystals for Structural Colour’ @LEMAS_UK
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@Realworldxstals
Crystallisation in the Real World
2 years
Dimitrios Valavanis, Marlene Hill and Joshua Magiera from @Warwick_Echem University of Warwick presenting on ‘Operando Optical Monitoring of Crystallisation in Confinement’
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@Realworldxstals
Crystallisation in the Real World
2 years
Scientific presentations included Florian Dietrich @floriandietrix, PhD candidate at @UCL_MMEgroup joining us for the first time explaining the Nucleation work he is doing
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@Realworldxstals
Crystallisation in the Real World
2 years
A busy 3 days at our Annual General Meeting in Leeds this week – so many fascinating presentations. Special thanks to our Advisory Board members Jim de Yoreo, Julian Gale, Susan Stipp and Amit Kumar for joining us and providing their valued feedback.
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@uniofwarwick
University of Warwick
2 years
New research from Warwick and @OfficialUoM has found that perfect graphene crystals are permeable to protons - and that protons are strongly accelerated around nanoscale wrinkles and ripples in the crystal. Read the full story:
warwick.ac.uk
Researchers from The University of Warwick and the University of Manchester have finally solved the long-standing puzzle of why graphene is so much more permeable to protons than expected by theory.
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@BACG_
British Association for Crystal Growth
2 years
💎Do you have artistic-looking pictures of crystals? Submit them for ISIC2023: https://t.co/53EjTAgpiv @isic2023
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@BACG_
British Association for Crystal Growth
2 years
Did you submit your Crystal in Art for ISIC 2023? Submit here: https://t.co/hDhgEqeIM5 @isic2023
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