Last weekend, we organized the 4th edition of our annual group trip to the Polish mountains. This time we visited a small village hidden in the middle of the Little Beskids mountains. Great time for the celebration of the end of the academic year and work in our research group🥰

It was quite a busy time for MLMG. Our representatives attended four conferences: ESMolNa in Santa Pola (ESP), PDSTM in Dublin (IRL), ECMolS in Dublin (IRL), and CSC in Ottawa (CAN). Great time, full of molecular nanoscience, spin transitions, spintronics, and magneto-optics 😊

RT @ECMolS2025: Third speaker in session 2 is Prof. Szymon Chorazy #ecmols2025

RT @ICMol_UV: Congratulations to the winners of #ESMolNa2025!.Best Oral Communications have been awarded by the @RSEQUIMICA @_GENAM .Great….

RT @ChemCommun: 'Decanuclear {Cu I6Re V4} clusters utilizing cyanido and nitrido molecular bridges as efficient ligand-modulated luminophor….

RT @JagiellonskiUni: #JUscientists | @FNP_org_pl ogłosiła listę stu najzdolniejszych 🇵🇱 naukowców i naukowczyń przed trzydziestką. Są to la….

Two types of efficient luminophores based on Cu(I) and Re(V) centers were combined in decanuclear clusters exhibiting excitation- and T-dependent emission, further modulated by 3-substituted-pyridine ligands. Check out our newest article in @ChemCommun 🥳

Head of MLMG, Szymon, gave an invited lecture at the 10th International Conference on Superconductivity and Magnetism- ICSM2025 that was held in Fethiye-Oludeniz (Turkiye). He presented our recent works on photo-switchable luminescent molecular magnets🙂

Using a NIR-photoluminescent signal from Nd(III) complexes, you can trace a photomagnetic effect from attached W(IV)-cyanido metalloligands! Check out our article on a unique luminescent molecule-based photomagnet which has just appeared in @angew_chem: ☺️

Check out our article just published in @ChemicalScience: We report a multifunctional molecular material combining polarity, represented by SHG activity and pyroelectricity, with triple luminescent-dielectric-magnetic responsivity to humidity variation ☺️

Hexacyanidochromate(III) ion as an anionic molecular ruby was incorporated in a Sr(II)-based MOF, becoming a tool for ratiometric optical sensing of humidity and temperature! Check out our article published in Adv. Optical Mater. @AdvPortfolio @MOF_papers

This week, the head of MLMG, Szymon, attended the 2nd FoPM ( International Symposium, organized at The University of Tokyo. He delivered a plenary lecture regarding luminescent molecular materials for the audience of students involved in the FoPM program.

Last week, we had a research visit of Prof. Kil Sik Min from Kyungpook National University, Daegu (South Korea, . It was a nice occasion to discuss various aspects of spin crossover and luminescent molecular materials investigated in our groups.☺️

In Journal of Materials Chemistry C (@JMaterChem), we report a novel spin-crossover framework exhibiting chemically driven magnetic responsivity to temperature, light, and pressure. To read more about this richly responsive SCO material, follow the link:

Check out our new article published in Advanced Optical Materials. We demonstrate that uranyl(VI) photoluminescence can be applied for humidity sensing when porous U-Pt or U-Pd metallophilic-coordination assemblies are formed. To read more follow the link:

RT @ForumAkad: Dziewięć miesięcy temu napisali list do kandydatów na rektora i. nadal nie tracą nadziei. Grupa laureatów konkursów #ERC i….

RT @angew_chem: Thermal Bistability of Magnetic Susceptibility, Light Absorption, Second Harmonic Generation, and Dielectric Properties in….

In Journal of Materials Chemistry C (@JMaterChem), we report a coordination-metallophilic framework based on Gd(III) and Pt(II) complexes which efficiently works as a smart luminescent sensor for temperature and humidity. To read more, follow the link: 😊