Explore thermo-biolithography, an innovative technique using heat to pattern delicate biological molecules like DNA and proteins for advanced biotechnology applications.
Explore how graphene and carbon nanodots integrated with mesoporous materials are revolutionizing energy storage, environmental monitoring, and biomedical applications.
Explore the groundbreaking work of Professor Paul O'Brien on quantum dots and their revolutionary impact on technology, from vibrant displays to medical imaging.
Explore the world of nanocrystals - tiny crystalline structures revolutionizing medicine, energy, and technology through quantum effects and unique properties.
Explore the fascinating world of ligand-induced self-assembly of polyoxometalates and how these molecular LEGOs are revolutionizing material science.
Discover how superhydrophobic ceramics are created by mimicking nature, with water-repellent properties that could revolutionize multiple industries.
Discover how nanoscale materials and advanced membranes are unlocking the potential of lithium-sulfur batteries for revolutionary energy storage solutions.
Exploring hybrid organic-inorganic polyoxometalates and their functionalization to create molecular capsules for advanced applications in medicine and environmental science.
Explore how semiconductor nanocrystal quantum dots are transforming display technology, medicine, and sustainable energy through quantum mechanics principles.
Explore the fascinating world of nanomaterials - their unique properties, synthesis methods, applications in medicine, energy, and electronics, and future perspectives.