Scientific & Technological Breakthroughs

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  • Enhanced Strength & Flexibility: Researchers are developing new composite aerogels (e.g., with polymers, graphene, or cellulose nanofibers) that overcome traditional brittleness. These “stretchable” or “fibrous” aerogels are opening doors to wearable tech and durable insulation.
  • Metal-Organic Framework (MOF) Aerogels: Scientists are creating aerogels from MOFs, achieving record-breaking surface areas. These are highly promising for advanced hydrogen storage, carbon capture, and catalysis.
  • 2D Material Aerogels: Aerogels made from graphene, boron nitride, or MXenes show exceptional properties for battery and supercapacitor electrodes, electromagnetic shielding, and water purification.
  • Agricultural & Waste-Based Aerogels: There’s a strong trend toward sustainable feedstocks. Aerogels are being made from paddy husks, cellulose, seaweed, and plastic waste, reducing cost and environmental impact.