[tt] advanced nanotechnology - 8 new articles
Eugen Leitl
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Tue Nov 13 09:42:59 UTC 2007
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Subject: advanced nanotechnology - 8 new articles
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"[2]advanced nanotechnology" - 8 new articles
1. [3]Status of air taxi services
2. [4]Finex steel process better for environment and lower cost
3. [5]A case in technological acceleration: faster communication
makes higher resolution telescope
4. [6]Possible cloning of primate embryos
5. [7]Two Stem cells advances: one for vascular treatment another for
controlled release of cells
6. [8]Dwave System 28 qubit system coverage
7. [9]Possible Disruptive technologies for supercomputers
8. [10]Near term longevity and best bets for the longer term
9. [11]More Recent Articles
10. [12]Search advanced nanotechnology
[13]Status of air taxi services
[14]Here is the wikipedia list of very light jet (VLJ) operators. Many
of the VLJ operators are starting "air taxi services".
[15]Dayjet which is flying with 12 aircraft in Florida has an on
demand service.
DayJet brings affordable, on-demand regional jet service to poorly
connected businesses, communities and individuals across the
Southeast. Today's service launch directly links Gainesville to an
initial four Florida DayPort(TM) airports, including Boca Raton,
Lakeland, Pensacola and Tallahassee. Gainesville business travelers
can now book just the seat they need aboard DayJet's fleet of
Eclipse 500(TM) very light jets (VLJs); customize travel according
to their time and budget requirements; fly point-to-point between
designated DayPort airports; and return home in a single day.
Prices start at a modest premium to full-fare economy coach
airfares.
The Eclipse 500 set the NAA speed record on October 7, 2007 for a
flight from New York (Westchester) to Atlanta (Peachtree-Dekalb),
with a new record time of one hour, 55 minutes, and eight seconds
(1:55:08), averaging 393.32 miles per hour (341.79 knots). The
previous record holder, a Cessna Citation Mustang set the record on
September 22, 2007, flying the same route in two hours, 23 minutes,
and 44 seconds (2:23:44), averaging 318.87 miles per hour (277.09
knots). The Eclipse 500 exceeded the previous record time by 20
percent, while using approximately 25 percent less fuel.
[16]The financial times discusses the new air taxi business. Dayjet is
aiming to serve 40 airports within three years. It is also studying an
eventual launch of similar services in Europe.
The US transportation department is also looking at how VLJs could
provide a radical solution to the declining airline service to rural
communities.
[17]Linear Air is aiming for whole-aircraft operations when its
Eclipse 500s arrive, launching from a small airport near Boston and
targeting bases near New York, Washington DC and then on the West
Coast. [18]Linear Air plans add 1000 and 300 VLJs within 5 years for
its air taxi service. They plan to have a fleet of 30 VLJs within 2
years.
[19]Pogo Air, a start-up with managers including former American
Airlines chief Bob Crandall, is also eyeing the east coast corridor
with Eclipse 500s.
[20]Globe air is planning to have about 30 VLJ in 2008 and 2009. They
are planning to fly in Austria in the summer of 2008.
[21]Imagine Air is flying in Georgia and plan to have 25 VLJ by the
summer of 2008.
FURTHER READING
[22]There are a large number of additional VLJs that are likely to be
certified from 2008-2010.
[23]I had prediced in early 2006 that there would be Jet airtaxi
services in 2006-2008. There are likely to be several hundred VLJs
flying by the end of 2008. There could be over one thousand VLJs
flying by the end of 2008. Air taxi services will be flying in several
additional states and countries by the end of 2008.
[24]It appears that by the end of 2008, Dayjet will be servicing as
many as 40 airports.
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[38]Finex steel process better for environment and lower cost
[39]Posco, south korean steel company, is preparing to expand abroad
and overtake Nippon Steel of Japan as the world's third-biggest
steelmaker, its groundbreaking Finex technology is central to its
plans. The
South Korean company is a leader in revolutionising the steel-
making process, becoming the first to commercialise next-generation
Finex technology, which is both cleaner and cheaper than
traditional blast furnaces. Finex facilities are also about 20 per
cent cheaper to build than traditional blast furnaces and they
produce steel for about 15 per cent less.
[1991668175_6d2e5bdad1.jpg?v=0]
Finex steel process compared to blast furnace
At its main base in Po-hang, Posco's Finex test plant is running on
a commercial basis, producing 200,000 tonnes more than its 600,000
annual capacity, and the main plant is capable 1.25m tonnes a year.
Posco is now looking to install Finex at plants in Vietnam, India
and perhaps even China. [Globol Steel production is about 1.2
billion tons per year]
Mr Lee said: "The Finex technology is good to take abroad because
it is cheaper to build Finex plants and the production cost is also
cheaper as we can use low-grade iron ore and coal to produce steel
with the technology."
[1991668155_83b42290ed.jpg?v=0]
Energy savings from Finex processes
Its relative environmental friendliness is also an attraction for
international customers, he said. Finex technology reduces air
pollution by up to 99 per cent.
With a cheap iron ore source, Finex technology and fast-growing
demand on its doorstep, Posco expects costs at India project to be
30 per cent below that of Korea.
"This implies about 48 per cent operating margin for its [hot
rolled steel] business," UBS analysts said.
[40]The Finex process for making steel is better for the environment
and lower cost..
The Finex process uses less expensive power-station coal and fine
iron ore which is available all over the world (approximately 80 %
of iron deposits in the world). Gaseous emissions containing dust,
sulfur and nitrogen oxide can be reduced by an average of 90 % with
the Finex process compared to previous production methods.
The average water requirement of 155 m³ per metric ton of crude
steel can now be reduced to 30 m² per metric ton by means of water
treatment and use of a water circuit. However, outstanding
consumption levels of 2.7 m³ of water per metric ton of steel are
already being achieved.
The Steel industry is responsible for 5 to 12 per cent of all CO2
emissions.
FURTHER READING
[41]Finex powerpoint detailing energy efficiency and pollution
reduction
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[55]A case in technological acceleration: faster communication makes higher
resolution telescope
[56]Higher speed communication between parts of a telescope and to
scientists enables larger telescopes because "more pixels generate
more data, and you have to have way to move more data around."
The boost in speed makes information processing faster among the
James Webb Space Telescope's (JWST) four science instruments as
they "talk" to each other with the SpaceWire network. That means
the infrared telescope, NASA's next great observatory, should
capture larger and higher resolution images of space.
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makes higher resolution telescope'
[70]Possible cloning of primate embryos
[71]For the first time, scientists have created dozens of cloned
embryos from adult primates. [details have not yet been published in a
peer reviewed journal]
The scientists who carried out the latest primate work are believed
to have tried to implant about 100 cloned embryos into the wombs of
around 50 surrogate rhesus macaque mothers but have not yet
succeeded with the birth of any cloned offspring.
However, one senior scientist involved in the study said that this
may simply be down to bad luck - it took 277 attempts, for
instance, to create Dolly the sheep, the first clone of an adult
mammal.
The work was led by Shoukhrat Mitalipov, a Russian-born scientist
at the Oregon National Primate Research Centre in Beaverton. Dr
Mitalipov helped to pioneer a new way of handling primate eggs
during the cloning process, which involved fusing each egg with a
nucleus taken from a skin cell of an adult primate.
Dr Mitalipov said he was unable to comment on the study until it
was published in the journal Nature. But he told colleagues at a
scientific meeting this year that he had made two batches of stem
cells from 20 cloned embryos and tests had shown they were true
clones.
Professor Alan Trounson of Monash University in Australia said Dr
Mitalipov's findings represented the long-awaited breakthrough.
Despite many attempts, no one had been able to produce cloned
primate embryos from adult cells, yet this had been done on dozens
of other non-primate species. " This is 'proof of concept' for the
primate. It has been thought by some [to be too] difficult in
monkeys - and humans - but those of us who work [with] animals such
as sheep and cattle thought that success rates would be much like
that achieved in these species," Professor Trounson said.
"Mitalipov's data confirms this. They have the skills necessary and
we can now move on to consider what might be able to be achieved in
humans."
Professor Don Wolf, who led the laboratory at the Oregon National
Primate Research Centre before his recent retirement, said the new
procedure was based on a microscopic technique that does not use
ultraviolet light and dyes, which appear to damage primate eggs.
"We're the first to do it, although it's a tainted subject because
of the fraudulent research that came out of South Korea. One can
never be sure but there may be some validity to what the South
Koreans did. But this would now be the first documented therapeutic
cloning in a primate," he added.
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[85]Two Stem cells advances: one for vascular treatment another for
controlled release of cells
[86]South Korean scientists said Monday they used human embryonic stem
cells to treat mice suffering from a vascular disease, in an
experiment that could lead to cures for strokes and other ailments.
The stem cells were differentiated into blood vessels that were
grafted onto the animals afflicted with ischemia. Ischemia is
caused by a shortage of blood to a part of the body, stemming from
the constriction of blood vessels. Of the 11 mice treated, four
developed new vascular cells that fully revived the damaged limb,
while four suffered from a relatively mild case of necrosis. Three
lost their legs due to the cut-off of blood flow. 10 other mice
given alternative treatment failed to recover.
[87]Engineers at Rensselaer Polytechnic Institute have transformed a
polymer found in common brown seaweed into a device that can support
the growth and release of stem cells at the sight of a bodily injury
or at the source of a disease.
"We have developed a scaffold for stem cell culture that can
degrade in the body at a controlled rate," said lead researcher
Ravi Kane, professor of chemical and biological engineering. "With
this level of control we can foster the growth of stem cells in the
scaffold and direct how, when, and where we want them to be
released in the body."
Kane and his collaborators, which include the author of the paper
and former Rensselaer graduate student Randolph Ashton, created the
device from a material known as alginate. Alginate is a complex
carbohydrate found naturally in brown seaweed. When mixed with
calcium, alginate gels into a rigid, three-dimensional mesh.
The device could have wide-ranging potential for use in
regenerative medicine, Kane explains. For example, the scaffolds
could one day be used in the human body to release stem cells
directly into injured tissue. Kane and his colleagues hope that the
scaffold could eventually be used for medical therapies such as
releasing healthy bone stem cells right at the site of a broken
bone, or releasing neural stem cells in the brain where cells have
been killed by diseases such as Alzheimer's.
In order to control the degradation of the alginate scaffold, the
researchers encapsulated varying amounts of alginate lyase into
microscale beads, called microspheres. The microspheres containing
the alginate lyase were then encapsulated into the larger alginate
scaffolds along with the stem cells. As the microspheres degraded,
the alginate lyase enzyme was released into the larger alginate
scaffold and slowly began to eat away at its surface, releasing the
healthy stem cells in a controlled fashion.
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[101]Dwave System 28 qubit system coverage
[102]Nanowerk covers the Dwave systems demo of a 28 qubit quantum
computer system.
"Advancing the machine to 28 qubits in such a short space of time
lends credibility to our claim of having a scaleable architecture,"
stated Herb Martin, D-Wave's CEO. "Our product roadmap takes us to
512 qubits in the second quarter of 2008 and 1024 qubits by the end
of that year. At this point we will see applications performance
far superior to that available on classical digital machines.
D-Wave will demonstrate an image matching application developed
with a third party collaborator. Company personnel will be
available to discuss other applications involving pattern matching,
constrained search and optimization, according to Martin.
D-Wave plans to deploy the machine, code named "Orion", in the last
quarter of 2008 using an on-line service model and providing
support for applications involving pattern matching, constrained
search and optimization.
D-Wave claims that in June 2009 the on-line quantum computing
service will be available for "Monte Carlo" simulation targeted at
pricing and risk analysis in the Banking and Insurance community.
This will be followed by a quantum simulation capability for
chemical, material and life science applications. Users of the
on-line service will come from government, military, academia,
research, engineering, life sciences and the manufacturing, banking
and insurance, according to Martin. "Today, many applications take
inordinate amounts of time to develop solutions and accuracy is
often sacrificed for timeliness. Our on-line service will provide a
cost effective means to improve these applications so that more
accurate solutions can be obtained in a significantly shorter time
period. In addition, some potential applications are never
undertaken because of the limits inherent in digital computing.
D-Wave will open up satisfactory solutions to these so called
intractable problems," said Martin.
The company recently initiated a program to share some of its
experimental results with scientists at chosen institutions.
D-Wave's Dr. Mohammad Amin is leading this program with
presentations during the next month at MIT, NRC and the Quantum
Information Centre.
[103]EEtimes discusses Dwave's collaboration with Google's expert on
its forthcoming search-by-image capability--acquired by Google last
year when it bought Neven Vision--D-Wave Systems Inc. (Vancouver,
B.C.) will demonstrate how quantum computers can perform Neven-based
image-recognition tasks at speeds rivaling those of humans.
We have been collaborating with Hartmut Neven, founder of the
image-recognition company, Neven Vision, just after Google acquired
it last year," said Rose. "Neven's original algorithms had to make
many compromises on how it did things--since ordinary computers
can't do things the way the brain does. But we believe that our
quantum computer algorithms are not all that different from the way
the brain solves image-matching problems, so we were able to
simplify Neven's algorithms and get superior results."
For the demonstration, the D-Wave quantum computer analyzes a
300-image data base, cataloging the similarities among photos. The
results of that comparison are then displayed on a two-dimensional
grid, where similar objects are grouped together.
"We hope to have our commercial architecture ready by mid-2008,"
said Rose. "It will house enough qbits to begin solving
mathematical problems that are intractable today. D-Wave's current
prototypes are not amenable to scaling up to hundred of qbits, but
with the knowledge we've gained over the last year, we feel that
the last remaining technical obstacles to life-size quantum
computers have been removed."
[104]Cnet also has coverage
D-Wave has not had its system externally validated, said Rose,
because "there is only one meaningful measure of validation for a
technology like this: does it outperform the systems people are
using today in a metric that they care about? We are getting very
close to achieving this objective."
FURTHER READING
[105]I have extensive coverage of quantum computers
[106]Much of that coverage is about Dwave systems
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[120]Possible Disruptive technologies for supercomputers
[121]First introduced at SC06 as the Exotic Technologies Initiative,
the Disruptive Technologies activity will return to SC07. Each year,
DT will serve as a forum for examining those technologies that may
significantly reshape the world of HPC in the next five to fifteen
years, but which are not common in today's systems.
A disruptive technology is a technological innovation or product that
eventually overturns the existing dominant technology or product in
the marketplace. This year's SC07 (supercomputer 07) showcase will
feature quantum computing, optical interconnects, CMOS photonics,
carbon nanotube memory (Nantero NRAM), and software for
massively-parallel multicore processors.
[122]IBM Research has developed an Optical Printed Circuit Board
technology consisting of chip-like optical transceivers (currently
supporting 16+16 optical channels at 12.5Gbps each) and polymer
waveguides on circuit cards.
Their technology would be disruptive in that it would replace
today's high cost optical modules based on glass fiber technology
with mass manufacturable "optical printed circuit boards." for
short backplane and card level links. Although polymer based
waveguides have higher losses than glass fiber technology, the
ability to use lithographic processes to mass produce this
technology coupled with the use of chip like optical components
will allow a low cost solution for this ultra-short interconnect
application. They are working to develop a supplier ecosystem to
mature this technology in the next 5 to 7 years.
I have already been covering the [123]Dwave systems quantum computer
and [124]Nantero NRAM.
[125]Luxtera developed a breakthrough nanophotonic technology that
enables manipulation of both photons and electrons on a single
semiconductor CMOS die and can be produced in high-volume, low-cost
mainstream CMOS processes. This breakthrough silicon photonics
technology enables connection of fiberoptic cable directly to a
silicon die.
[126]ETI has developed a disruptive technology for many-core system
software and logic co-verification. A complete system may contain many
such chips (e.g. 64-bit 160 cores on a chip and many chips in a system
in the case of the IBM Cyclops-64 supercomputer).
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[140]Near term longevity and best bets for the longer term
What can be done now for longevity ? And what are the best and
under-funded opportunities for the future ?
In terms of longevity now or very near
1. don't eat garbage and exercise
Some sites [141]on longevity enhancing [142]lifestyle that has more
chance of longevity
2. There seems to be some promise with calorie restriction (but many
people are unable to incorporate it into their lifestyles.). There is
an alternate days of semi-fasting approach as well, which could be
easier to adopt. There is work on drugs and gene therapy to achieve
these effects without lifestyle modification
[143]Calorie restriction linked to mitochondria one of the seven
pillars of SENS
So it seems that [144]SENS is an avenue worth pursuing even based on
current and near term work and research.
3. Take the tests needed to [145]detect cancer and heart disease early
and then make the lifestyle changes or take the necessary medical
interventions. Find out your own higher risks based on family history.
4. Look at modifying the environment (air polluition) and public
health to [146]reduce chronic disease
However, besides the near term steps for important small gains I also
look at the high potential and underfunded opportunities. This is
where a little more effort can bring a lot more rewards. So first two
on the list are SENS and molecular manufacturing.
I also try to find overlooked ways to use old or near term technology
and processes. An example is [147]my proposal for devices to gather a
lot more data minable medical data for research and for the
development of personalized medicine.
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More Recent Articles
* [161]The 28 qubit adiabatic quantum computer chip [PIC]
* [162]Proposal for widespread monitoring and tracking of biomarkers
and environmental factors for medical understanding
* [163]Another look at Military Nanotechnology
* [164]Oil from shale progress
* [165]Next Week Dwave will be demoing a new 28 qubit quantum
computer
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102. http://www.nanowerk.com/news/newsid=3274.php
103. http://www.eetimes.com/news/latest/showArticle.jhtml?articleID=202805164
104. http://www.news.com/D-Waves-quantum-computer-ready-for-latest-demo/2100-1010_3-6217842.html?tag=newsmap
105. http://advancednano.blogspot.com/search/label/quantum%20computer
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107. http://feeds.feedburner.com/~f/blogspot/advancednano?a=MYny2DB
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122. http://sc07.supercomputing.org/schedule/event_detail.php?evid=11167
123. http://advancednano.blogspot.com/2007/11/28-qubit-adiabatic-quantum-computer.html
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141. http://www.bluezones.com/
142. http://www.kronosinstitute.org/
143. http://advancednano.blogspot.com/2007/09/calorie-restriction-anti-aging-may.html
144. http://www.sens.org/
145. http://advancednano.blogspot.com/2007/10/cancer-deaths-dropping-twice-as-fast-as.html
146. http://advancednano.blogspot.com/2007/10/chronic-disease-costs-over-1-trillion.html
147. http://advancednano.blogspot.com/2007/11/proposal-for-widespread-monitoring-and_09.html
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168. http://www.feedblitz.com/f/f.fbz?EmailRemove=_Mjk4NzI1M3w2NDY1MXxldWdlbkBsZWl0bC5vcmd8MTAxODM4_
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170. http://www.feedblitz.com/f
171. http://www.feedblitz.com/f/f.fbz?EmailRemove=_Mjk4NzI1M3x8ZXVnZW5AbGVpdGwub3JnfDEwMTgzOA==_
172. http://www.feedblitz.com/
173. http://www.feedblitz.com/
----- End forwarded message -----
--
Eugen* Leitl <a href="http://leitl.org">leitl</a> http://leitl.org
______________________________________________________________
ICBM: 48.07100, 11.36820 http://www.ativel.com http://postbiota.org
8B29F6BE: 099D 78BA 2FD3 B014 B08A 7779 75B0 2443 8B29 F6BE
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