Promotional graphic with two images in hexagons. One showing pharmaceutical drugs and the other image showing a computer with CCDC software containing crystal structures on screen.

🙌We’re excited to be part of CMAC Open Days 2026!

We’ll be connecting with leaders from academia & industry, meeting research partners, and exploring how Industry 5.0 technologies are shaping the future of medicines manufacturing.

ccdc-info.com/4sk7DTe

#MedicinesManufacturing #CrystalEngineering

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📣Join this webinar to learn about three scripts first developed within the Crystal Form Consortium (CFC):

✔️High Z′ Hydrogen Bond Propensity
✔️Interaction Analysis
✔️Void Network

Register now: ccdc-info.com/3MUAEVw

#ParticleInformatics #Pharmaceuticals #CrystalEngineering

Solvent-induced crystal engineering for enhanced room-temperature phosphorescence in copper(I) iodide clusters Based on crystalline polymorphism, we utilized a solvent-mediated crystal engineering strategy to synthesize three polymorphic copper-iodide clusters, 1 [Cu4I4(4-dpda)4], 1-Tol [Cu4I4(4-dpda)4·C7H8], ...

Solvent-induced crystal engineering for enhanced room-temperature phosphorescence in copper(I) iodide clusters by Pan et al. ✨ Solvent-controlled Cu₄I₄(4-dpda)₄ polymorphs show tunable RTP, energy transfer & thermochromic sensing.

🔗 doi.org/10.1039/D5QM...

#CrystalEngineering #Phosphorescence

One of CrystalGrower’s most powerful features is our growth modifier function. With it, you can simulate how additives influence crystal shape and surface development, helping you predict and control morphology.

Contact us at team@crystalgrower.org.

#crystalengineering #morphology #growthmodifiers

The role of anionic design in modulating material properties: from SHG switching to ferroelastic switching Crystallographic engineering and chemical synthesis modification play crucial roles in modulating material properties and designing multifunctional materials, such as those with second-harmonic genera...

🔥 #CrystalEngineering #PhaseTransition

Anion H/F substitution tunes phase-transition behavior in [NMe₄][CH₃SO₃] and [NMe₄][CF₃SO₃], switching properties from #SHG to #ferroelasticity. This work shows anion design is key to multifunctional material engineering.

🔗 doi.org/10.1039/D5QI01256B

This image shows the Hirshfeld surface of an agrochemical molecule crystallised along its principal bond chain grown in toluene.

Contact us today at team@crystalgrower.org

#CrystalGrower #CrystalEngineering #Agrochemicals #HirshfeldSurface #SolventScreening #MolecularModelling #

Bond chains of crystallisation free energies for an agrochemical in dichloromethane, showing key dimers and target interactions.

CrystalGrower visualises and quantifies molecular interactions.

Email us: team@crystalgrower.org.

#CrystalEngineering #ComputationalChemistry #Agrochemicals #materials

Damn I just noticed I was the second to ever use the ashtag #CrystalEngineering on bluesky, missed the first place chance... but grabbed a solid third nonetheless #WeNeedMoreNerdyPuns

The contemporary art building in Zaragoza, a complex ensemble of shiny black prisms.

Whoever designed the Contemporary Arts Institute in Zaragoza must have been a big fan of heterogeneous nucleation 🪨 #crystalengineering

Promotional graphic with a photo of the webinar speaker.

Prof. Michael J. Zaworotko of @unioflimerick.bsky.social will talk about how to best make use of materials that have already been discovered and are archived in the CSD, by properly analysing them to build libraries of candidate materials.

🔗 ccdc-info.com/4kHHwC8

#CrystalEngineering #ChemSky