Nanowire tweezers, computer artwork
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Nanowire tweezers, computer artwork
Nanowire tweezers. Computer artwork showing nanowires (grey cylinders) surrounded by an electric field (red and yellow). The electric field, known as an optoelectronic tweezer, is able to control the direction and orientation of the nanowires. This will allow the accurate building of nanoscale devices. Nanowires are artificially grown crystal filaments that measure only a few nanometres (billionths of a metre) in diameter, and several microns (thousandths of a metre) in length. They may have applications in electronics and photonics (control of light photons), such as extremely small lasers, solar cells, switches and sensors. This research was carried out in 2008 by Peidong Yang and colleagues at the University of California, Berkeley, USA
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6437313
© PEIDONG YANG/UC BERKELEY/SCIENCE PHOTO LIBRARY
2008 Array Berkeley Electric Current Electric Field Electronics Engineering Inorganic Chemistry Materials Science Mechanical Micro Micromechanical Micromechanics Nanoelectronics Nanoscale Nanostructure Nanotechnology Nanowire North American Tweezers University Of California Us A Physical Uc Berkeley
EDITORS COMMENTS
This computer artwork showcases the incredible potential of nanowire tweezers in the field of nanotechnology. The image portrays a network of grey cylinders, representing nanowires, enveloped by a vibrant electric field in shades of red and yellow. Known as optoelectronic tweezers, this electric field possesses the remarkable ability to manipulate the direction and orientation of these minuscule crystal filaments. Measuring only a few billionths of a meter in diameter and several thousandths of a meter in length, nanowires hold immense promise for various applications in electronics and photonics. They could revolutionize industries with their potential use in creating ultra-small lasers, solar cells, switches, and sensors. This groundbreaking research was conducted at the University of California, Berkeley by Peidong Yang and his colleagues back in 2008. Their pioneering work paved the way for advancements in materials science, physics, and engineering. The intricate illustration captures both the complexity and elegance behind this cutting-edge technology. It serves as a reminder that even on such an infinitesimally small scale, innovation knows no bounds. As we delve deeper into the realm of nanoscale devices through precise manipulation using optoelectronic tweezers like these, we unlock endless possibilities for scientific breakthroughs that will shape our future.
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