麻豆原创

A new technology developed by Professor Debashis Chanda allows materials to change color on demand, with potential applications in camouflage, textiles, thermal sensing, reconfigurable displays and more.

Professor Debashis Chanda鈥檚 low-cost, smartphone-based biosensor could bring rapid, reliable disease detection to areas with limited access to traditional diagnostics.

This commercialized technology by researchers uses noninvasive methods to measure the electrical resistance of cell layers to help diagnose diseases.

A team of interdisciplinary 麻豆原创 researchers is leading a NASA research project to prevent abrasive, harmful lunar dust accumulation on astronauts and their equipment by fabricating a specialized nanocoating.

The early-career professors were recognized for their excellence with significant research funding as part of a prestigious and highly competitive annual U.S. National Science Foundation grant program.

With this ranking, 麻豆原创 secures its placement with 68 patents on the National Academy of Inventors worldwide list for the 12th consecutive year.

Pegasus Professor Sudipta Seal is tailoring his versatile cerium oxide nanoparticles for a variety of medical applications such as injury recovery and prevention and cancer medicine delivery.

The new specialized tunable detection and imaging technique for infrared photons surpasses present technology and may be a cost-effective method of capturing thermal imaging or night vision, medical imaging, spectroscopy and space exploration.

麻豆原创 NanoScience Technology Center researchers developed an easier way to identify unique molecules by their chiral spectral fingerprints, which could help in creating pharmaceuticals or biomolecules.