Article - 1 Oct 2009
Future nano-devices are expected to underpin many of the technologies that society relies on, ranging from household electronics to medical implants. 'Self-assembly' holds great promise as a technique...
News - 29 Jul 2015
Richard Taylor's vision of using artificial fractal-based implants to restore sight to the blind -- part of a far-reaching concept that won an innovation award this year from the White House -- is...
News - 12 Aug 2010
Superconductivity, where a material conducts electricity at very low temperature
with no resistance, and therefore transmission wastes virtually no energy, has
applications ranging from...
News - 19 May 2011
By Cameron Chai
A University of Oregon research team led by Richard Taylor is designing nanoflowers that will enable blind people including those afflicted by macular degeneration to regain...
News - 23 Nov 2010
Despite promises of amazing features, metamaterials have failed to demonstrate practical applications.
Now researchers at Fractal Antenna Systems have delivered on that promise, showcasing a new...
News - 21 Dec 2010
Can you see it? Researchers at Fractal Antenna Systems have written a new chapter in the science of making things disappears.
Their wideband microwave invisibility cloak, first revealed in March...
News - 15 Apr 2009
Invisibility cloaks are the stuff of wizards and alien starships. But on
27 March, 2009 Fractal Antenna Systems, Inc. publicly demonstrated, in reality
beyond the fantasy, the first true 'see...
News - 25 Oct 2010
With the 14 October passing of fractal geometry founder Benoit Mandelbrot, the world’s loss of a great mind has also brought up the question “what good are fractals anyway?”
News - 8 Apr 2010
A little kitchen science ended with a new approach to microwave cooking for the Boston-based firm Fractal Antenna Systems, Inc.
Using a microwave oven to investigate properties of metamaterials,...
News - 5 Oct 2009
Fractal Antenna Systems,
Inc. today announced development of a new metamaterial technology that uses
fractals to make layered, partless antennas and related electronics. Fractals