Researchers from Northwestern University and the Massachusetts Institute of Technology (MIT) have studied individual water droplets and discovered a miniature version of the "water hammer", an effect that produces the familiar radiator pipe clanging in older buildings.
Researchers are developing a new type of biological and chemical sensor that has few moving parts, is low-cost and yet highly sensitive, sturdy and long-lasting. The "diffraction-based" sensors are made of thin stripes of a gelatinous material called a hydrogel, which expands and contracts depending on the acidity of its environment.
In the first published critical review of technical developments related to electronic paper devices (i.e., e-readers like the Amazon Kindle), UC researcher Jason Heikenfeld and industry counterparts review the next generation of these devices.
University of Granada scientists and the Spanish Higher Institute for Scientific Research (CSIC) have made significant progress in understanding phospholipid vesicles , which are colloidal systems arising considerable interest from the pharmaceutical, cosmetic and food industry.
For the first time, the University of Notre Dame is holding a competition to recognize outstanding undergraduates from any university or college who are engaged in research in nanoscience and engineering.
Nematodes, microscopic worms, are making engineers look twice at their ability to exhibit the "Cheerios effect" when they move in a collective motion. These parasites will actually stick together like Cheerios swimming in milk in a cereal bowl after a chance encounter "due to capillary force." This observation has made Virginia Tech engineers speculate about the possible impacts on the study of biolocomotion.
Unprecedented single molecule imaging movies of living cell membranes, taken by a research team based at Kyoto University and the University of New Mexico, have clarified a decades-old enigma surrounding receptor molecule behaviors.
As part of NEDO's Industrial Technology Research Grant Japan-Finland collaborative project, Professors Yutaka Ohno from Nagoya University in Japan and Esko I. Kauppinen from Aalto University in Finland along with their colleagues have developed a simple and fast process to manufacture high quality carbon nanotube-based thin film transistors (TFT) on a plastic substrate. They used this technology to manufacture the world's first sequential logic circuits using carbon nanotubes.
It has been a dream of researchers for over a decade: image biological materials at high resolution using incredibly intense X-ray laser pulses. A research team has proven this principle at the Linac Coherent Light Source by forming images of the Photosystem I protein complex and particles of the Mimivirus.