 Significant achievements of the SmartSil team in the last five years (2019-2023)
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 The team's contribution in the field of silicones in recent years
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 I.The transition from passive, thermosetting silicones to active and thermo-/solvoplastic (recyclable) ones
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 Chemical modification of the polysiloxanes side groups
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 Tuning the electromechanical performance of silicone elastomers through the crosslinking pattern
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 I.1.2. Preparation of silicone composites
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 I.1.2. Preparation of silicone composites
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 I.1.3. Formulations and processing technologies
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 All-silicone 3D printing technology
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 Some performances of the electromechanical transducers built on the basis of the materials developed by the team
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 National/International collaborations for joint research or projects
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 Boron nitride (BN)-silicone composites
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 I.2. Smart, sustainable (self-healing and recyclable) silicones
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 I.2.1.Smart silicones for space applications
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 II. The transition from amorphous silicones to ones with a high degree of ordering
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 II.1.New organo-silicone compounds (proligands)
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 II.1.3. Synthesis of organo-functionalized silica and its post-modification for drug-delivery platforms
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 II.1.4. S-alkylated aminothiadiazoles. High energy photochemical processes triggered by micellization
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 II.1.5. Low molecular silicones (di- and cyclosiloxanes) modified with polar (carboxyl or carbonyl) groups and Copper complexes with spherical morphology formed on their basis
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 II.1.6. Obtaining one of the largest silacycles and elucidating the reaction mechanism through theoretical and experimental studies
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 II.1.7. Tetramethyldisiloxane-spaced salen type Schiff bases
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 II.2. Coordination compounds with ligands containing permethylated siloxane fragments
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 Ferronematic Co(II) Complex: An Active Filler for Magnetically Actuated Soft Materials
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 Dinuclear Mn(III) coordination nanostructure
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 Silanol-functionalized tetranuclear copper complex
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 II.2.2. 2D coordination compounds
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 II.2.2. 2D coordination compounds
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 2D coordination polymers with photoswitchable morphology
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 II.2.3. 3D coordination compounds
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 Promotion of articles through cover images in specialized magazines
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 ORGANIC -> SILICONE -> INORGANIC
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