[tt] advanced nanotechnology - 4 new articles

Eugen Leitl <eugen at leitl.org> on Sat Jan 5 10:16:11 UTC 2008

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"[2]advanced nanotechnology" - 4 new articles

    1. [3]80% efficient solar power from nanoantennas
    2. [4]A car modder making 60mpg biodiesel Hummers
    3. [5]Implantable biosensors within 5-7 years
    4. [6]Apple's operating system share
    5. [7]More Recent Articles
    6. [8]Search advanced nanotechnology

[9]80% efficient solar power from nanoantennas

   [10]From nanowerk, a new approach for solar power, which garnered two
   2007 Nano50 awards, uses a special manufacturing process to stamp tiny
   square spirals of conducting metal onto a sheet of plastic. Each
   interlocking spiral "nanoantenna" is as wide as 1/25 the diameter of a
   human hair.

     Because of their size, the nanoantennas absorb energy in the
     infrared part of the spectrum, just outside the range of what is
     visible to the eye. "I think these antennas really have the
     potential to replace traditional solar panels," says physicist
     Steven Novack, who spoke about the technology in November at the
     National Nano Engineering Conference in Boston. So far, they have
     demonstrated the imprinting process with six-inch circular stamps,
     each holding more than 10 million antennas.
     The team estimates individual nanoantennas can absorb close to 80
     percent of the available energy. The circuits themselves can be
     made of a number of different conducting metals, and the
     nanoantennas can be printed on thin, flexible materials like
     polyethylene, a plastic that's commonly used in bags and plastic
     wrap. In fact, the team first printed antennas on plastic bags used
     to deliver the Wall Street Journal, because they had just the right
     thickness.
     By focusing on readily available materials and rapid manufacturing
     from inception, Novack says, the aim is to make nanoantenna arrays
     as cheap as inexpensive carpet.
     The real trick to making the solar nanoantenna panels is to be able
     to predict their properties and perfect their design before
     printing them in the factory. While it is relatively easy to work
     out the physics of one resonating antenna, complex interactions
     start to happen when multiple antennas are combined. When hit with
     the right frequency of infrared light, the antennas also produce
     high-energy electromagnetic fields that can have unexpected effects
     on the materials.
     So the researchers are developing a computer model of resonance in
     the tiny structures, looking for ways to fine-tune the efficiency
     of an entire array by changing factors like materials and antenna
     shape. "The ability to model these antennas is what's going to make
     us successful, because we can't see these things," Novack says.
     "They're hard to manipulate, and small tweaks are going to make big
     differences."
     "At this point, these antennas are good at capturing energy, but
     they're not very good at converting it," says INL engineer Dale
     Kotter, "but we have very promising exploratory research under
     way." Kotter and Novack are also exploring ways to transform the
     high-frequency alternating current (AC) to direct current (DC) that
     can be stored in batteries. One potential candidate is high-speed
     rectifiers, special diodes that would sit at the center of each
     spiral antenna and convert the electricity from AC to DC.
     They anticipate they are only a few years away from creating the
     next generation of solar energy collectors.

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[24]A car modder making 60mpg biodiesel Hummers

   [25]Fast Company reports on Johnathan Goodwin. He aims to use the
   turbine to turn the Hummer into a tricked-out electric hybrid. 

     Like most hybrids, it'll have two engines, including an electric
     motor. But in this case, the second will be the turbine, Goodwin's
     secret ingredient. Whenever the truck's juice runs low, the turbine
     will roar into action for a few seconds, powering a generator with
     such gusto that it'll recharge a set of "supercapacitor" batteries
     in seconds. This means the H3's electric motor will be able to
     perform awesome feats of acceleration and power over and over
     again, like a Prius on steroids. What's more, the turbine will burn
     biodiesel, a renewable fuel with much lower emissions than normal
     diesel; a hydrogen-injection system will then cut those low
     emissions in half. And when it's time to fill the tank, he'll be
     able to just pull up to the back of a diner and dump in its excess
     french-fry grease--as he does with his many other Hummers. Oh,
     yeah, he adds, the horsepower will double--from 300 to 600.
     In the corner of his office sits Arnold Schwarzenegger's 1987 Jeep
     Wagoneer, which Goodwin is converting to biodiesel; soon, Neil
     Young will be shipping him a 1960 Lincoln Continental to transform
     into a biodiesel--electric hybrid.
     His target for Young's car? One hundred miles per gallon.

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[39]Implantable biosensors within 5-7 years

   [40]By 2014 the Army may issue more than combat gear to deploying
   soldiers. University of Connecticut researchers are developing an
   implantable chip that would be injected under soldiers' skin to help
   monitor vital health information while they are out in the field.
   These kinds of devices would [41]help enable real time tracking of
   biomarkers for better preventative medicine and to transform medical
   research and drug approval

     Embedding the sensor is more complex than simply getting a shot in
     the wrist, because of the body's immune system reaction. "The
     (body's) reaction is inflammation, what you typically see if you
     get scab or splinter. Inflammation is the body's reaction to get
     rid of foreign matters," said Dianne Burgess, professor of
     pharmaceutics at UConn and member of the research team.
     To trick the body into not attacking the sensor, researchers have
     created a gel coating that contains time-release anti-inflammatory
     medication. Burgess said they have created a sensor that would stay
     implanted in a person for at least three months.
     A prototype of the sensor has been assembled and the university
     will use this new grant to work on synchronizing the implantable
     nanosensor with the wrist transmitter.
     UConn researchers believe a fully functional device is five years
     away from human testing. But they are not the only researchers
     working in the field.
     "The competition is unbelievable," Papadimitrakopoulos said. "But
     we believe we are very advanced."
     Clemson University in South Carolina is also in the race to develop
     an implantable sensor to monitor soldiers' vital signs. In July the
     Department of Defense gave the school $1.6 million to develop
     similar technology.
     UConn scientists are looking at ways to use the technology to help
     change the way diabetics monitor their blood sugar and live their
     lives.
     "Right now (diabetics) prick their fingers five times a day and we
     don't have a picture of what happens in between," Burgess said.
     This sensor would be "completely revolutionary."
     She said the nanosensor could be used by diabetics to help
     understand how their bodies respond to eating and exercise and in
     turn produce an individualized medication and care plan.

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[55]Apple's operating system share

   [56]Apple's Mac OS's share of the overall operating system market hit
   8% at the end of 2007
   This share is very likely to increase because of faster growth in Mac
   sales and because of the shift to laptops where Apple is even stronger
   with 17.6%.
   [57]Industry analysts predict that notebooks sales will exceed desktop
   sales for the first time in 2008. By 2011, IDC expects laptops to
   represent 66 percent of corporate purchases, with 71 percent of
   consumers opting for a notebook instead of a tower.
   [58]According to NPD, Apple's U.S. retail notebook market share for
   June 2007 was 17.6 percent, an increase of 2.2 percentage points over
   the same period last year when Apple posted a 15.4 percent market
   share.
   [59]Apple has a 29% share of the premium notebook market
   Apple has a choice in strategy to keep prices relatively high and
   possibly not hold market share gains or to get slightly more
   competitive in price and possibly allow sales of the Mac OS onto say
   Dell machines. [60]Dell has indicated that it would sell and install
   the Mac OS if it was licensed by Apple.
   [61]The Inquirer made the case for licensing to Dell back in Jan 2007
   The laptop shift and licensing to Dell could see Apple getting up to
   40% operating system market share in 2011.
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More Recent Articles

     * [75]Carnival of Space Week 35
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     * [78]Overrated nuclear weapons and underrated conventional weapons
     * [79]Technology Highlights from 2007

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