Our event is coming soon! Don’t miss this incredible opportunity to engage with scientists from around the globe, participate in fruitful discussions, and – if you’re a student or PhD student – compete for poster prizes!
Join Us for the First Workshops Organized by BEST-CSP COST Action!
We’re thrilled to invite you to the inaugural workshops hosted by the BEST-CSP COST Action, set to take place at our faculty from September 9th to 11th.
What’s in Store: Dive deep into cutting-edge discussions and collaborative sessions. Engage with leading experts, researchers, and enthusiasts in the field.
Why Attend: Gain the insights, network with peers, and contribute to shaping the future of Crystal Structure Prediction.
Poster Prizes: Calling all student participants! Showcase your research and stand a chance to win exciting poster prizes.
Reimbursement: Limited reimbursement is available for eligible attendees. Take advantage of this opportunity to offset your travel and accommodation expenses.
Save the Date: Mark your calendars for September 9th to 11th to be part of this event.
Bringing Experiment and Simulation Together in Crystal Structure Prediction (BEST-CSP) – Action dedicated to advancing the stability of organic molecules, vital for fine chemical development. The action focuses on crystal structure prediction—an essential tool in discovering stable forms. Scientists involved in COST-CSP foster tight collaboration between experimental and computational scientists to push boundaries and drive innovation.
Crystal Growth & Design celebrates the ideas, creativity, and diversity of early-stage research group leaders in crystallization (broadly interpreted) who are making an impact on the world stage. This Virtual Special Issue features 36 articles that were commissioned by the journal editors. These articles are authored by emerging investigators from around the world, and the science is refreshing and innovative.
We seek to recruit a self-driven and creative chemist with good knowledge of crystallography and solid state to join our team to work on SONATA17 project entitled
“Dynamic Quantum Crystallography for accurate structures, entropy and other thermodynamic properties for molecular crystals”.