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We present an efficient implementation of the Zero Static Internal Stress Approximation (ZSISA) within the Quasi-Harmonic Approximation framework to compute anisotropic thermal expansion and elastic c

Congratulations to Guillaume ESSER who won the Best Poster Award at the 13th Belgian Crystallography Symposium for his poster entitled "Exploring Isostructural Metal-Organic Frameworks with Biosourced

An iron-anthracene dyad was recently used to populate a microsecond-lived nonluminescent (dark) triplet state, but with a surprisingly low triplet population yield.

This study demonstrates a novel integration of 2D semiconductors with ferromagnets using pulsed laser deposition, revealing hybridization-driven spin manipulation. Vertical spin valves with MoS2 and Ni(111) show exotic bimodal spin signals and strong deviations from Jullière’s model. These results highlight the « 2D spinterfaces » key role in unlocking 2D materials’ potential for advanced spintronic applications and novel spin functionalities.

High-energy excited states with slow rates for internal conversion to the lowest-energy excited state are prone to be intercepted before they dissipate energy to the medium.