From: Gina Miller (nanogirl@halcyon.com)
Date: Sun Mar 24 2002 - 01:49:56 MST
Nanogirl News
(nano + plus)
March 22, 2002
Nanocrystals' trapped atoms technology studied at Oak Ridge Labs. A
whole new technology awaits exploration with the discovery of a
technique for trapping single atoms, say scientists at the Department
of Energy's Oak Ridge National Laboratory (ORNL). ORNL's Mike Barnes,
Thomas Thundat and Adosh Mehta have collaborated with Ramesh Bhargava
of Nanocrystals Technology in Briarcliff, N.Y., to cage single
europium atoms in nanocrystals not much larger than the atoms
themselves.
(Nanotech-Planet 3/21/03)
http://www.nanotech-planet.com/features/article/0,4028,6571_996291,00.html
Nano-Tex Markets Brand To Become "Intel Inside" OF NANO MATERIALS.
Nano-Tex LLC has an unusual position in the nanomaterials industry.
It's not just its products, polymers engineered to attach to fibers
to make clothes stain-proof, wrinkle-free, absorbent or more
comfortable. Nor is it its worldwide business partnerships with
textile mills and fabric manufacturers. "We're trying to position
ourselves to be an ingredient brand, like Intel," said George
Henderson III, chief executive of Nano-Tex and the textile company
Burlington Industries, both based in Greensboro, N.C. Burlington owns
51 percent of Nano-Tex. (Small Times 3/23/02)
http://www.smalltimes.com/document_display.cfm?document_id=3341
Magnetism to its lowest terms. While an ideal infinite chain of atoms
cannot sustain ferromagnetic order at nonzero temperature, an
international team of physicists shows that the finite length of the
chains and magnetic anisotropy barriers stabilize ferromagnetism at
finite temperatures in monatomic cobalt chains. The persistence of
ferromagnetism in monatomic chains has important consequences for the
design and properties of magnetic nanostructures, a very active field
of physical research and development today. (Max Planck Society
3/21/02)
http://www.mpg.de/news02/news0206.htm
British Law Would Make Organ Donation Automatic Upon Death. People
should have their organs automatically removed for transplants after
they die unless they had expressed objections when alive, according
to a Bill to go before the Commons today. The 10-minute rule Bill,
supported by doctors' leaders, reaches MPs amid fears that people are
dying needlessly because of a shortage of donors. (Rense 3/21/02)
http://www.rense.com/general21/britishlawwould.htm
Mainstream Business, Government Interest Is Growing In Nano Research
And Investing. The next big thing to come out of this birthplace of
high tech could be small: Think tiny molecular delivery devices for
medicines. Or "smart" dust that can monitor people without being
detected. Maybe supercomputers the size of grains of salt. The
mind-bending ideas seem straight out of works of science fiction, but
some out here think they may be possible in the near future as
interest grows in something called nanotechnology. (Small Times
3/21/02)
http://www.smalltimes.com/document_display.cfm?document_id=3338
or see:
http://www.newsbytes.com/news/02/175376.html
Bridgestone develops nanotech display. Japan's automobile tire maker
Bridgestone Corp. has developed a material that can be used to make
electric display panels consuming one-five hundredth the power of
conventional LCDs (liquid crystal displays), the company said
Wednesday.
The new material, developed using nanotechnology, could be used to
make display panels which respond to moving images 100 times faster
than LCDs, for around half the cost, a Bridgestone spokesman said.
(IDG 3/20/02)
http://www.idg.net/ic_833294_1773_1-3921.html
Korea budgets $1.56 billion for nano R&D. South Korea's Ministry of
Science and Technology said it plans to invest about $1.56 billion in
2002 in nanotechnology research and development facilities. South
Korea's Ministry of Science and Technology said it plans to invest
about $1.56 billion in 2002 in nanotechnology research and
development facilities. The funds will also be used to train
engineers in the emerging field, and to support specific
nanotechnology research projects. (EE Times 3/20/02)
http://www.eet.com/at/news/OEG20020320S0041
Scientist wires his nervous system to computer. A British robotics
scientist has wired up his nervous system to a computer in an
experiment he hopes will eventually give paralyzed people more
control over their own bodies. Kevin Warwick, professor of
cybernetics at Reading University in southern England, has had minute
sensors implanted in the main nerve in his left arm and hooked up to
a radio transceiver that will send and receive messages from a
computer.
"We have a serious goal, a very medical goal of helping people with
spinal injuries and the like where there is a break in the nervous
system," Warwick told Reuters in a telephone interview.
"We will be sending signals from the nervous system to the computer
by radio and back the other way." (HoustonChronical 3/22/02)
http://www.chron.com/cs/CDA/story.hts/tech/news/1303782
Cool Carbon Foam New Material Leads to Cool Ideas. Feeling hot? One
day, a simple-looking block of solid foam could be the key to cooling
you - or anything else - down. Rrecently, researchers at the Oak
Ridge National Labs (ORNL) in Tennessee have developed a version of
carbon foam that acts as a super-conductor rather than an insulator
of heat. (ABCNews 3/22/02)
http://abcnews.go.com/sections/scitech/CuttingEdge/cuttingedge020322.html
Self-configuring array enables atomic-scale fabrication. A
next-generation configurable circuit architecture is being proposed
by a group of designers at startup Cell Matrix Corp. The company is
building small prototype chips based on the concept. The architecture
goes beyond basic FPGAs by building arrays of "cells" rather than
simply reconfigurable gates. Each cell has a small amount of logic
and local memory and communicates with its nearest neighbor. (EETimes
3/19/02)
http://www.eet.com/at/news/OEG20020319S0029
Lord of the Robots. The director of MIT's Artificial Intelligence Lab
says the age of smart, mobile machines is already beginning. You just
have to know where to find them-say, in oil wells. In the
not-too-distant future, a lot more people may be living with
technologies that Brooks's lab is developing. To help make pervasive
computing a reality, researchers in his lab and MIT's Laboratory for
Computer Science are developing-in an effort Brooks codirects called
Project Oxygen-the requisite embeddable and wearable devices,
interfaces and communications protocols. (TechReview 4/02)
http://www.techreview.com/articles/qa0402.asp
Lab-grown fish chunks could feed astronauts. Cooking up ways to feed
explorers on long trips in space, scientists have coaxed chunks of
fish meat to grow in the laboratory. The technique could lead to the
production of copious amounts of protein for consumption without the
messy and involved business of killing fish or livestock. "This could
save you having to slaughter animals for food," said Morris
Bejaminson, a bioengineer and the leader of the NASA-funded project.
(CNN 3/22/02) http://www.cnn.com/2002/TECH/space/03/22/fish.food/index.html
New lab is first at MIT to test tiny devices. A new NanoMechanical
Technology Laboratory at MIT will allow Institute researchers to
probe the mechanical properties of surfaces and devices at the atomic
and molecular scale. The laboratory "will have unique capabilities
for studying the properties of the tiny world," said Subra Suresh,
head of the Department of Materials Science and Engineering (DMSE).
For example, it will be home to the Institute's first nanoindenters,
machines that probe and measure the properties of surfaces of
engineering and biological materials. (MIT 3/15/02)
http://web.mit.edu/newsoffice/nr/2002/nanolab.html
Present at the Creation. A Russian-Livermore collaboration has added
two new elements,
114 and 116, to the periodic table. Both have the comparatively long
lifetimes predicted by long-held superheavy element theory. The
Livermore researchers are continuing its work to explore the
southwest shores of the island of stability. With funding from the
Laboratory Directed Research and Development program, they have begun
efforts to add elements 115 and 113 to the periodic table. They are
in the process of sending 22 milligrams of pure americium-243 to
Dubna for the work on element 115. (Science and Technology Review
3/8/02)
http://www.llnl.gov/str/JanFeb02/Moody.html
A New Form of Matter. Scientists have created a new kind of matter:
It comes in waves and bridges the gap between the everyday world of
humans and the micro-domain of quantum physics.
It's not often that you get to be around for the birth of a new kind
of matter, but when you do, the excitement is tremendous. "To see
something which nobody else has seen before is thrilling and deeply
satisfying. Those are the moments when you want to be a scientist,"
says Wolfgang Ketterle, a physicist at MIT and one of the first
scientists to create a new kind of matter called Bose-Einstein
condensates. (NASA 3/20/02)
http://science.nasa.gov/headlines/y2002/20mar_newmatter.htm?list154233
Helium Nanoclusters Retain Full Magnetic Qualities. University of
Florida scientists report discovering a curious anomaly of magnetism
in an article that appears in the current edition of Physical Review
Letters. While "Novel Magnetism in He3 nano-Clusters" is a textbook
example of basic science, it could have implications for
nanotechnology, the fast-evolving science of creating ultra small
devices for biomedical and other applications, said UF physics
Professor Dwight Adams. (UniSci 3/20/02)
http://unisci.com/stories/20011/0320016.htm
(Conference) April 29 - May 1, 2002 National Nanotechnology
Initiative: From Vision to Commercialization. is designed to provide
a comprehensive and in-depth look at the NNI. The focus of this
exciting conference is to look at what areas are being funded and
why, what the results of research have been to-date, and what avenues
appear to hold commercial promise.
http://www.infocastinc.com/Nanotech/home.htm
Nanophase Technologies Corporation (Nasdaq: NANX), a leader in
nanomaterials and nanoengineered products, today provided additional
guidance on expected revenue for the first and second quarter of
2002. The company now expects revenues of approximately $1.4 million
for the first quarter and $1.6 million in the second quarter, or
approximate revenue of $3 million during the first half of 2002.
Planned revenue growth in the first half of 2002 represents an
expected increase of 40% compared to the same period of 2001.
(Nanophase 3/13/02)
http://www.nanophase.com/new_2002_mar_13.shtml
Researchers discover new mechanism that targets and destroys abnormal RNA
HHMI researchers have identified a new mechanism that cells use to
recognize and destroy messenger RNA (mRNA)that contains errors.
Although this is a normal RNA-surveillance mechanism, the researchers
suggest that it might interfere with some drug treatments for cystic
fibrosis and other genetic diseases. (Howard Hughes Medical Institute
3/22/02)
http://www.hhmi.org/news/dietzparker.html
Science Close To Viewing The Beginning Of Time, University Of
Washington Cosmologist Says
When it comes to inflation, cosmologists are pondering a future that
probably would leave even Alan Greenspan scratching his head. Of
course, the Federal Reserve chairman is merely concerned with
economic policy and hasn't had to stare down the complexities of how
the universe pumped up after the Big Bang. (University of Washington
3/21/02)
http://www.washington.edu/newsroom/news/2002archive/03-02archive/k032102a.ht
ml
X-ray microscope can image crystalline grains in three dimensions. A
lensless X-ray microscope that can create three-dimensional images of
micron-size samples has been developed by scientists at the
University of Illinois. The instrument can be used in metallurgical
and semiconductor applications, and for studying the early growth
stages of protein crystals. (University of Illinios at
Urbana-champaign 3/18/02)
http://www.news.uiuc.edu/scitips/02/0318xray.html
UCLA Molecular Biologists Unravel Mysteries of 'Factory of Life'. In
their Nature paper, Lake and Simonson explain the molecular details
of elongation, including the location and movement of more than
10,000 atoms. In addition, they have located a novel binding site for
transfer RNA (tRNA) when it enters the ribosome. With the new
knowledge, it may become possible to make modifications in parts of
the translation process to suppress lethal mutations and design new
proteins to counteract the defects that cause numerous diseases, Lake
said. (UCLA news 3/21/02)
http://www.uclanews.ucla.edu/Docs/3097.htm
Gina "Nanogirl" Miller
Nanotechnology Industries
http://www.nanoindustries.com
Personal: http://www.nanogirl.com
Foresight Senior Associate
nanogirl@halcyon.com
"Nanotechnology: Solutions for the future."
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