Cut-and-paste chemistry: from circular plastics to immunotherapeutics

Adaptive functional materials: From smart nanoparticles to self-healing materials

As glass processable thermoset-based thermal exchangeable bonds

Catalysts for Carbon Circularity: Innovative chemistry for upgrading plastic waste (C3)

Circular Thermoset Materials: How to exploit Precision Engineered Macromolecules in their Bottom-up Design?

Cofunding core facility - NMR Expertise Centre

comparted fibres as carriers for healing agents in epoxy composites.

Crosslinking of sequence-defined macromolecules: influence of molecular parameters on the macroscopic characteristics of model networks.

Development of multi-step synthetic sequences towards functional polymer materials by combining one-pot procedures and model guided design

Development of star block copolymers for the creation of reactive nanoparticles.

Dynamic covalent chemistry for sustainable electronics

Dynamic polymeric systems as basis for reusable high performance materials and polymer therapeutics

Dynamic polymeric systems as basis for reusable high performance materials and polymer therapeutics

Dynamic preventive self-healing coatings based on photographs reversible covalent networks

Elastomers and hydrogels with vitrimer properties

Euro-sequences / Sequence-defined oligomer synthesis from thiolactone and triazolinedione chemistries

Exploitation of TAD-based chemistry for renewable polymers

Exploiting the use of TAD-based reversible (cross)linking in polymer based systems

Exploration of Diels-Alder reactions in research into renewable polymer materials

Exploration of novel 'click' and 'domino' reactions for the synthesis of tailor-made polymer architectures

Exploration of Triggered Triazolinedione-based Reactions in Polymer Synthesis

Exploration of versatile chemistries for the generation of functional polymer materials through interfacial polymerization

Fluorinated vitrimers and healable polymers

From multi-functionalized oligomers to sequence controlled polymers: towards unprecedented control of synthetic macromolecules

From multi-functionalized oligomers to sequence controlled polymers: towards unprecedented control of synthetic macromolecules

From multi-functionalized oligomers to sequence controlled polymers: towards unprecedented control of synthetic macromolecules

Functional Supramolecular Systems

Gel permeation chromatography (GPC)

Hyperbranched polymer structures: From new synthesis routes to applications

In Situ Fourier Transform Infrared equipment for polymer analysis.

Internally catalysed covalent exchange reactions for (re-)processable polymer networks

International Doctoral School in Functional Materials and Innovation

Investigation of hydrogels and cryogele with single molecule spectroscopy: new synthesis methods for in-situ characterization at the molecular level.

Light-Stabilised Dynamic Materials.

Manufacturing and mechanical characterization of vitrimer composites

Monomer sequence control in Polymers : Toward next-generation precision materials

New polymer systems for large-scale self-healing

Next-generation dynamic sulfur-based crosslinkers targeting circularity of polyolefin rubbers

Next generation of Light Stabilized Dynamic Materials by shining the light on well-defined polymers

Novel Active Protection systems on Metals

On-demand debonding of adhesives through fast dynamic chemistries

Photochemically Driven Additive Manufacturing of Sequence-Defined Polymers

Polymer Chemistry and Technology

Precision macromoleculers for data storage and encryption

Punexgen: polyurethane next generation

Quality polyacetals assuming new cyclical biobased building blocks

Reprocessable thermosets and composites based on vanillin building blocks

Research sabbatical at the University of New South Wales

ReSet: Circular Thermosets by Design: Recycling the Unrecyclable

sabbatical leave prof. Filip Du Prez

SBO SEPOCOM - Self-healing thermoset polymers and composites

Segmented polymer networks and polyelectrolyte complexes: synthesis, characterisation and their use in membrane processes

Sequence-defined multifunctional polymers: from precise self-assembly to molecular data encryption

Sequence-defined Polymers: Engineering Materials with Biological Precision

Stabilization of nanocomposites by controlled copolymer structures: a novel way to improved properties and new applications

S & T scholarship Angel Satti

Sulfone derivatives - a new chemistry platform for the next generation of dynamic covalent materials

Sustainable multifunctional coating resins for scavenging applications

Synthesis of novel types of macromolecular ligands using "click" chemistry: application for diverse Metal-calayzed reactions

The development of a Non-Isocyanate, Self-Curable, One-Pack Foam

Towards Bottom-up Artificial Cell Design with Precision Macromolecules

Towards dynamic preventive self-restoring of thin films

Towards dynamic preventive self-restoring of thin films based on reversible covalent networks

Training in VITRImers: high performance MAterials and Trainees for cutting-edge industrial applications

Valorisation of SET-LRP for the synthesis of amphiphilic and functional copolymers

Vinylogous urethane vitrimers: new generation of high performance polymers

VITRIMAT: “Training in VITRImers: high performance MAterials and Trainees for cutting-edge industrial applications”

Development of methods for enrichment and analysis for trace analysis of endocrine disrupting chemicals in water samples mediated by synthetic selective receptors

LC-'Single Quadrupole MS' for analysis of reaction mixtures and organic compounds with determination of their molecular mass and purity.

Lignin based dynamic and circular thermosets (LigDYN)

Magnetic resonance equipment for advanced materials research: molecular characterization of solid, soft, homogeneous and heterogeneous matter in the development of advanced functional materials and chemical catalysis

Novel, Rapidly Initiating Olefin Metathesis Catalysts

PROTECTED TRIAZOLIDINEDIONES AS VERSATILE TOOLS FOR IN SITU BIOCONJUGATION

Supramolecular Functional Systems

Volumetric 3D-printing: a marriage between fast and scalable to create complex multi-material constructs