Nanoscale Optics Current Events | Nanoscale Optics News
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Argonne's Hard X-ray Nanoprobe provides new capability to study nanoscale materials
The Center for Nanoscale Materials' (CNM) newly operational Hard X-ray Nanoprobe at the U.S. Department of Energy's (DOE) Argonne National Laboratory is one of the world's most powerful x-ray microscopes. view more (2008-06-25)
Family SUNday on Saturday
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Scientists discover new method of observing interactions in nanoscale systems
Scientists have used new optical technologies to observe interactions in nanoscale systems that Heisenberg's uncertainty principle usually would prohibit, according to a study published Jan. 17 in the journal Nature. view more (2008-01-17)
Smart Optics Faraday Partnership announces £1M funding opportunity for flagship projects.
Companies in the aerospace, healthcare, telecoms and optics industries are set to benefit under a £1M call for collaborative project proposals announced by the new Smart Optics Faraday Partnership ("SmartOptics"), sponsored by the DTI, PPARC and EPSRC. Applications for significant "flagship" projects are now sought. These will... view more... (2001-11-16)
Nanoscale dimensioning is fast, cheap with new NIST optical technique
A novel technique under development at the National Institute of Standards and Technology (NIST) uses a relatively inexpensive optical microscope to quickly and cheaply analyze nanoscale dimensions with nanoscale measurement sensitivity. view more (2008-10-30)
Sight for sore eyes
An inventive breakthrough from the Applied Optics Group at the University of Kent at Canterbury (UKC) is set to revolutionise current methods of eye examinations. Professor David Jackson, Dr Adrian Podoleanu and Dr John Rogers, who gained his doctorate at Kent, have developed an instrument known as an Optical Dual Channel Tomograph. The instrument... view more... (2002-03-13)
Institute of Physics buys Optics.Org
The International Society for Optical Engineering (SPIE) and Institute of Physics today announce the full acquisition of the Joint Venture company Optics.Org Ltd by Institute of Physics Publishing (IoPP). Optics.Org has made great strides under the Joint Venture agreement between SPIE and IoPP signed in 1998, including the launch of the successful... view more... (2000-11-23)
Rice researchers gain new insight into nanoscale optics
New research from Rice University has demonstrated an important analogy between electronics and optics that will enable light waves to be coupled efficiently to nanoscale structures and devices. view more (2005-09-15)
Getting a feel for the nano world
When it comes to research at the nanoscale, vision is not necessarily an advantage. The subjects are so small, no one can see them. To encourage people with visual impairments to pursue fields in nanotechnology, educators have developed a way to craft accurate, detailed and touch-friendly models of nanoscale objects like carbon nanofibers,... view more... (2007-03-28)
MU Researcher Investigates the Basis of Einstein's First Approximation in the Theory of Relativity
In his discussion of accelerated motion on page 60 of The Meaning of Relativity, Albert Einstein made an approximation that allowed him to develop the theory of relativity further. view more (2009-07-16)
UW paper in Science shows how some solids mimic liquids on nanoscale
A University of Waterloo physics and astronomy research team, in a paper to be published Friday in Science Magazine, shows how some solids behave like liquids on the nanoscale. view more (2008-02-04)
Light at the speed of a bicycle and much more
The speed of light, 300 million metres per second, was long thought an immutable constant and has defined our understanding of matter and energy but recent research in the area of optics and photonics is proving that we can manipulate light to some ingenious and hugely lucrative ends. view more (2009-09-09)
Finding the true measure of nanoscale 'roughness'
Straight edges, good. Wavy edges, bad. This simple description holds true whether you are painting the living room or manufacturing nanoscale circuit features. view more (2005-06-17)
Taming Tiny, Unruly Waves for Nano Optics
Nanoscale devices present a unique challenge to any optical technology - there's just not enough room for light to travel in a straight line. view more (2007-10-09)
New research field promises radical advances in optical technologies
A new research field called transformation optics may usher in a host of radical advances including a cloak of invisibility and ultra-powerful microscopes and computers by harnessing nanotechnology and "metamaterials." view more (2008-10-17)
Breakthrough in computer chip design eliminates wires in data transmission
Research slated to appear in the October 2 edition of the Optical Society of America's (OSA) Optics Express will unveil that researchers have created a new laser-silicon hybrid computer chip that can produce laser beams that will make it possible to use laser light rather than wires to send data between chips, removing the most significant... view more... (2006-09-21)
Stevens faculty release study on free-space optical communication in Optics Express
Three members of the faculty at Stevens Institute of Technology recently collaborated on a paper focusing on free-space optical communication, which appears in the latest issue of Optics Express, a premiere optics journal currently in circulation. view more (2009-03-18)
Novel nano-etched cavity makes leds 7 times brighter
Researchers at the National Institute of Standards and Technology (NIST) have made semiconductor light-emitting diodes (LEDs) more than seven times brighter by etching nanoscale grooves in a surrounding cavity to guide scattered light in one direction. view more (2006-07-24)
How can we make nanoscale capacitors even smaller?
Researchers at UC Santa Barbara have discovered what limits our ability to reduce the size of capacitors, often the largest components in integrated circuits, down to the nanoscale. view more (2006-10-13)
New infrared tool measures silicon wafer thickness
In the last few years, semiconductor circuit features have shrunk to sub-100 nanometer (nm) dimensions, while the size of the thin silicon wafers that these circuits are constructed on has grown from 200 millimeters (mm) to 300 mm (about 12 inches). The payoff is a higher yield of finished devices from fewer wafers. view more (2005-07-15)
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