Innovation through modelling

Development, implementation and application of modelling and simulation platforms - from large-scale computing to AI for health, advanced manufacturing, energy, environment

Multi-scale modelling

From the properties of nanoscale materials to full device simulations, integrating electronic and atomistic modelling, molecular dynamics, coarse-grained and continuum-based methods

Simulations for key technologies

In-silico design, discovery and property prediction applied to advanced functional materials, manufacturing, bioelectronics, processing, and others

High-performance computing

Specialized hardware and software infrastructures, including access to transnational computing centres, and a large library of simulation packages

Machine learning and AI

Application of big-data approaches, deep-learning and artificial neural networks to extend the predictive capability of modelling and simulations

Molecular Drones on TV

By DAIMON Staff
Our work on molecular drones got coverage on a national public broadcasting TV channel! Full video from RAI - TG3...
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“Molecular drones” – an atomic-scale technology for the large-scale production of new materials.

“Molecular drones” – an atomic-scale technology for the large-scale production of new materials.

By DAIMON Staff
[Italian version: see below] The manipulation and the possibility of interacting with matter at the atomic level, modifying its intrinsic...
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Unisciti a noi per il primo Dottorato di Ricerca Nazionale in Intelligenza Artificiale!

Unisciti a noi per il primo Dottorato di Ricerca Nazionale in Intelligenza Artificiale!

By DAIMON Staff
Il nostro team è alla ricerca di candidati neolaureati per progetti sullo sviluppo e l’applicazione di metodi di AI nell’ambito dei nuovi materiali, nanotecnologie e Industria 4.0.
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How to set-up an efficient remote working station

How to set-up an efficient remote working station

By DAIMON Staff
Carrying out ordinary terminal-based activities efficiently from remote connections can be tricky.  Ideally, we would like to use a computer...
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Predicting the morphology of organic molecular thin-films on substrates

Predicting the morphology of organic molecular thin-films on substrates

By DAIMON Staff
One of the longest-standing issues in the development of advanced molecular materials for applications in technology concerns the following question:...
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Designing two-dimensional materials for electronics: from computational predictions to fabrication and applications

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

By DAIMON Staff
The quest for high-performance materials for applications in several fields of technology has already demonstrated
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Designing new materials for stable, efficient, inexpensive solar cells: from modelling to industrial scale-up

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

By DAIMON Staff
Efficient and direct conversion of sunlight into electricity is definitely attractive. Latest promising technologies for the development of photovoltaics devices...
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Opportunità per Tesi di Laurea e Tirocini

Opportunità per Tesi di Laurea e Tirocini

By DAIMON Staff
L'unità di ricerca sul Modelling di Nanostrutture e Dispositivi (DAIMON) presso l'Istituto per lo Studio dei Materiali Nanostrutturati (ISMN) del...
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Come visit us!

Come visit us!

By DAIMON Staff
Grants for short-term visits (3-13 weeks) are available within the HPC-Europa3 consortium for research projects in the field of computational materials science and computational nanotechnology....
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