Luca Basilissi

Title: **Luca Basilissi: Innovator in Flame-Retardant Polymers**

Introduction

Luca Basilissi, an accomplished inventor based in Cornaredo, Italy, has made significant contributions to the field of polymer science. His innovative work focuses on creating advanced materials with enhanced safety features, particularly flame-retardant properties. This has implications across various industries, where safety and durability are paramount.

Latest Patents

Luca Basilissi holds a patent for his groundbreaking development of star- and tree-shaped branched polymers that possess flame-retardant properties. The patent details a complex branched structure that is achievable through the polymerization of bifunctional type AB monomers and/or type AA+BB monomers. This process involves a variety of compounds that enhance the functionality and responsiveness of the polymers produced, including polyamines, polyacids, and phosphorus-containing molecules. The innovative approach taken by Basilissi to incorporate organic acids and other functional groups aims to yield materials that are not only effective but also versatile in application.

Career Highlights

Currently, Luca Basilissi is affiliated with the Università degli Studi di Milano, where he contributes to research and development in polymer science. His work is characterized by a commitment to pushing the boundaries of materials engineering, demonstrating an in-depth understanding of chemical interactions that lead to improved material properties.

Collaborations

Basilissi collaborates with esteemed colleagues, including Giuseppe Di Silvestro and Yuan Cuiming, who share his vision for innovation in polymer research. Their joint efforts not only foster a rich environment for scientific inquiry but also amplify the impact of their findings on the scientific community and commercial industries.

Conclusion

Luca Basilissi stands out as a notable inventor within the realm of polymer science. With a focus on flame-retardant materials, his innovations have the potential to significantly enhance safety standards across multiple sectors. As he continues to advance research and development at the Università degli Studi di Milano, the implications of his work are likely to be felt well beyond the laboratory, making a lasting impact on material science and engineering.