Research Archives | DAIMONERS

EuMINe – A new COST Action Led by DAIMON on Digital Technologies and Artificial Intelligence for Advanced Materials

The DAIMON Team is taking the lead in the “EuMINe – European Materials Informatics Network” COST Action, a multidisciplinary European initiative aimed at revolutionizing the development of advanced materials through the application of digital technologies and artificial intelligence. The first official meeting of the COST Action “EuMINe – European Materials Informatics Network” has just concluded. […]

DESIGN-IT – Digital twins and artificial intelligence for industrial applications

DESIGN-IT (DEcision Science desIGN platform for digItal Twins) aims to develop a decision support platform that leverages artificial intelligence techniques and digital twin approaches, from multiscale materials properties to manufacturing applications The project aims at developing new platforms that are able to support complex decisions in advanced manufacturing applications. At the same time, the platform […]

MoMoTec: il progetto sulla smart mobility di Spindox con la partecipazione del team Daimon

L’ obiettivo di Momotec e’ sviluppare tecnologie a supporto dei nuovi servizi di mobilita’ e dei costruttori di veicoli e infrastrutture. La mobilita’ dei cittadini nei centri urbani ed extra urbani si sta evolvendo ad un ritmo sempre piu’ sostenuto. Dal noleggio di veicoli, alla realizzazione di piste ciclabili ed alla preparazione verso la mobilita’ […]

Predicting the morphology of organic molecular thin-films on substrates

One of the longest-standing issues in the development of advanced molecular materials for applications in technology concerns the following question: how does the molecular structure affects the properties of the “aggregated” materials? Generally speaking, this question is at the basis of crystal structure prediction (CSP). The relationship between molecular structure and, for example, solid-state packing, […]

Designing two-dimensional materials for electronics: from computational predictions to fabrication and applications

The quest for high-performance materials for applications in several fields of technology has already demonstrated

Designing new materials for stable, efficient, inexpensive solar cells: from modelling to industrial scale-up

Efficient and direct conversion of sunlight into electricity is definitely attractive. Latest promising technologies for the development of photovoltaics devices are based on perovskite solar cells (PSCs), which exhibit a power conversion efficiency above 20%. PSCs are essentially a sandwich of several ultra-thin (sub-micron) layers of different materials combined together, forming a thin-film. The surface […]