Nano Letters is a monthly peer-reviewed scientific journal published by the American Chemical Society. It was established in January 2001. The two editors-in-chief are A. Paul Alivisatos (University of California, Berkeley) and Charles M. Lieber (Harvard University). The 2010 impact factor for Nano Letters is 12.219, according to the Journal Citation Reports. The focus of the journal is rapid dissemination of selected elements regarding fundamental, original research reports on all topics related to the theory and practice of nanoscience and nanotechnology and their subdisciplines. Physical, chemical, and biological phenomena related to nanoscience and nanotechnology are part of this focus. Furthermore nanoscale materials science is also included, focusing on processes and applications of structures at this size. Subject coverage encompasses the following: Materials that are synthesized and processed by physical, chemical, and biological methods. The classes of these materials are organic, inorganic, and hybrid. Furthermore, these processes are subjects of modeling and simulation. Specifically these process range from synthesis to assembly, along with relevant interactions. Also of
New system changes the shape of things to come in biomolecular delivery
Gold nanoparticles promise potential improvements in cancer treatment, drug delivery, and gene therapy—with one, major problem.
Researchers reveal new, stable 2-D materials
Dozens of new two-dimensional materials similar to graphene are now available, thanks to research from University of Manchester scientists.
Smarter window materials can control light and energy
Researchers in the Cockrell School of Engineering at The University of Texas at Austin are one step closer to delivering smart windows with a new level of energy efficiency, engineering materials that allow windows to reveal ...
Graphene heat-transfer riddle unraveled
Researchers have solved the long-standing conundrum of how the boundary between grains of graphene affects heat conductivity in thin films of the miracle substance—bringing developers a step closer to being able to engineer ...
Half-millimeter-thick battery could be worn in a wrinkle-smoothing patch
Trapped light orbits within an intriguing material
Light becomes trapped as it orbits within tiny granules of a crystalline material that has increasingly intrigued physicists, a team led by University of California, San Diego, physics professor Michael Fogler has found.
Plugging up leaky graphene: New technique may enable faster, more durable water filters
For faster, longer-lasting water filters, some scientists are looking to graphene —thin, strong sheets of carbon—to serve as ultrathin membranes, filtering out contaminants to quickly purify high volumes of water.
Scientists make tantalum oxide practical for high-density devices
Scientists at Rice University have created a solid-state memory technology that allows for high-density storage with a minimum incidence of computer errors.
Researchers decode interface switching effects in ferroelectric memories
The nanoscale device community has shown great interest in exploiting the unique properties of ferroelectric materials for encoding information. But the circuitry for reading information stored in the polarization of these ...
Could computers reach light speed?
Light waves trapped on a metal's surface travel nearly as fast as light through the air, and new research at Pacific Northwest National Laboratory shows these waves, called surface plasmons, travel far enough to possibly ...