Wasim et al. proposes a data-integrated whole-cell computer model that sheds new light on the intricate organization of chromosomes and ribosome inside Escherichia Coli. Wasim Abdul (him/his) Palash Bera @jmondal_tifrh @tifrhbuzz
go.acs.org/96Q

Stereochemically active lone pair cations regulated the optical anisotropy in vacancy ordered antimony(III) chloride perovskite single crystals for birefringence comparable to oxide crystals. SHRAMANA GUHA
go.acs.org/96J

Check out how LD-FSR and 4D-STEM, two state-of-the-art TEM techniques for sensitive soft materials, are combined to analyze with sub-molecular resolution PCL polymer structure. It is Idan's first publication in the Journal of Physical Chemistry.
go.acs.org/96F

Estimating ionic conductivity of non-aqueous solutions containing KOH from molecular simulations? Screening different force fields and employing the Einstein approach may be necessary as extensive aggregation of KOH is a possibility in simulations Jindal Shah
go.acs.org/96u

Chemistry of metal carbides is captivating: they display covalent, ionic, & metallic materials properties, & strongly polarise electron density of supported particles. See their role as supports for catalytic applications! Hector Prats Michail Stamatakis
go.acs.org/96p

Our group is honored to be part of the The Journal of Physical Chemistry Esther Sans Takeuchi Festschrift, which includes a fascinating biography. Check out the articles here: pubs.acs.org/page/jpccck/vs…

Special Issue Alert in The Journal of Physical Chemistry! Celebrating Prof. Esther Sans Takeuchi, a pioneer in electrochemical energy storage. Her work, from life-saving defibrillator batteries to innovations for a sustainable future. Explore this special issue to see how!
pubs.acs.org/doi/10.1021/ac…

Following an invite by The Journal of Physical Chemistry and the publication of our recent perspective on transition metal carbides as supports for metal clusters, Michail Stamatakis and I have prepared a short video on this topic.
Have a look if you are interested:

📽️ pubs.acs.org/page/jpclcd/vi…

A new study by Swanson Group led by Gabriel da Hora combines human intuition and machine learning to identify transferable collective variables for lasso peptide folding. A significant step towards potential synthesis.
go.acs.org/96j

This April 21–27 chemists worldwide will join & celebrate #ChemistsCelebrateEarthWeek . Explore the chemistry of batteries & their role in environmental sustainability with a curated selection of research & educational resources from #ACSPublications 🔗 go.acs.org/969

.@chemcesar & Jean-Philip Piquemal conduct Quantum State Preparation on the ground state of prototypical strongly correlated systems, up to 28 qubits, using GPU-accelerated emulation & show the Overlap-ADAPT-VQE algorithm's advantages for near-term applications.
go.acs.org/966

📢 New Call for Papers 📢This Virtual Special Issue will cover and explore fundamental, theoretical, and applicative aspects of non-fluorescence-based single-particle methods. Submit your manuscript by July 31, 2024. 🔗 go.acs.org/95R

Photoinduced change of refractive index may complicate interpretation of transient absorption response of film samples, such as perovskites, but also opens new opportunities, for example investigation of photo-carrier migration across the film.
go.acs.org/95F

A collaboration involving @QuantBioG, Daniel Kattnig, & Fabian used coarse-grained MD simulations to investigate the long-lived states and conformational changes in pigeon cryptochrome 4, the major contender protein to underpin magnetoreception.
go.acs.org/95q

Simultaneous spatial and temporal detection of ions ejected from Coulomb crystals has been achieved for the first time using a fast-response camera system. Brianna Heazlewood University of Liverpool Physics
go.acs.org/95f

Unprecedented #anisotropy in excited state exciton dynamics in β-AsP: Departure from conventional hydrogen #Rydberg series with control over #exciton behavior, signifying novel implications in #photocatalysis and laser applications INST Mohali
go.acs.org/952

New findings from DeRouchey Lab @ UK UKY Chemistry examines the role of polycations in protecting condensed DNA against free radical oxidation revealing a complex interplay between both steric effects and dynamic properties of the polycations.
go.acs.org/94N

Our new Virtual Special Issue showcases the intricate interplay of light, electrons, phonons and chemical dynamics to enlighten our understanding of hot-electron phenomena and highlight avenues for further development. Browse it here 🔗 go.acs.org/94D

📢 New Call for Papers 📢 This Virtual Special Issue will highlight theoretical and experimental advances in laser processing, focusing on the physical chemistry underlying laser-material/nanoparticle interactions. Submit by November 30
🔗 go.acs.org/94C

Detecting, calculating and understanding 47/49Ti ssNMR signatures in Ziegler Natta pre-catalysts enabled us to unravel the structure of Ti surface sites upon treatment with BCl3. Copéret Group
go.acs.org/94o