Exploring how nanomedicine is transforming cardiovascular disease treatment through precision drug delivery, intelligent imaging, and regenerative therapies.
Exploring scientific strategies to enhance solubility of poorly water-soluble drugs, including nanotechnology, amorphous solid dispersions, and green chemistry innovations.
Exploring thermal microflow sensors that use temperature measurements to detect microscopic fluid movements in microfluidic applications.
Discover how γ-modified peptide nucleic acids self-assemble into nanostructures in organic solvent mixtures, enabling new nanotechnology applications.
Exploring the groundbreaking advancements in nanomaterials and nanotechnology that are transforming industries from medicine to computing in 2025.
Exploring the revolutionary GaAsSbN material grown by gas source MBE for high-efficiency solar cells and quantum applications
Exploring the breakthrough of magnetic tunnel junction nanopillars with resistive Si switches as a logic-in-memory device revolutionizing computing.
Explore the groundbreaking synthesis of a giant crown-shaped polytungstate stabilized by cerium ions, a triumph in nanochemistry and supramolecular self-assembly.
Explore cutting-edge scientific solutions combating foodborne pathogens in fresh produce, from cold plasma to AI tracking.
Explore Rice University's groundbreaking NanoJapan program that combines nanotechnology research with cultural immersion in Japan.