#MaterialScience2025

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"Biobased vs. Synthetic Polyamides: The Future of High-Performance Polymers in a Sustainable World"

As industries pivot toward sustainability without compromising performance, biobased and synthetic polyamides have emerged as front-runners in the realm of advanced materials. Biobased polyamides, derived from renewable sources like castor oil, offer reduced carbon footprints and improved environmental profiles, while synthetic variants remain vital for applications demanding superior mechanical strength, thermal resistance, and chemical durability. The synergy of both types is driving innovation in automotive, electronics, textiles, and 3D printing, offering tailored solutions for modern manufacturing needs. The ongoing research into blending bio-advantage with synthetic reliability marks a transformative shift in polymer science for a greener future.

[joelekm]

AI Designed a Material Stronger Than Steel and Lighter Than Foam | Tech AI Vision

What if the strongest, lightest material ever created wasn't mined, but designed by artificial intelligence? In this video, we explore the revolutionary world of AI-engineered nano lattices—materials inspired by nature’s fractals and crafted with atomic precision using cutting-edge 3D printing technology.

[joelekm]

AI Designed a Material Stronger Than Steel and Lighter Than Foam | Tech AI Vision

What if the strongest, lightest material ever created wasn't mined, but designed by artificial intelligence? In this video, we explore the revolutionary world of AI-engineered nano lattices—materials inspired by nature’s fractals and crafted with atomic precision using cutting-edge 3D printing technology.