[tt] advanced nanotechnology - 5 new articles

Eugen Leitl <eugen at leitl.org> on Sat Nov 10 09:27:50 UTC 2007

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Subject: advanced nanotechnology - 5 new articles
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"[2]advanced nanotechnology" - 5 new articles

    1. [3]The 28 qubit adiabatic quantum computer chip [PIC]
    2. [4]Proposal for widespread monitoring and tracking of biomarkers
       and environmental factors for medical understanding
    3. [5]Proposal for widespread monitoring and tracking of biomarkers
       and environmental factors for medical understanding
    4. [6]Another look at Military Nanotechnology
    5. [7]Oil from shale progress
    6. [8]More Recent Articles
    7. [9]Search advanced nanotechnology

[10]The 28 qubit adiabatic quantum computer chip [PIC]

   [03.jpg]
   This is what the 28 qubit adiabatic quantum computer chip looks like
   The chip used D-Wave compound Josephson junction couplers.
   [11][advancednano?i=IEDgMMB] [12][advancednano?i=ZTq1OBB]
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   [15][advancednano?i=sqt304b] [16][advancednano?i=QrQGSwB]
   [17][advancednano?i=PCJFOlb] [18][advancednano?i=tT3gMPB] 
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[24]Proposal for widespread monitoring and tracking of biomarkers and
environmental factors for medical understanding

   [25]Andy Grove has criticized how the pharmaceutical industry operates
   and performs research.
   What I would really like to do is to contact Andy Grove and suggest
   that he use his semiconductor knowledge to help a company release a
   lot of inexpensive and capable lab on a chip testing systems to track
   biomarkers.
   Labs on a chip that could track biomarkers daily or hourly and
   eventually in realtime. Initially they could be used for large
   clinical trials and other studies. Like how TV ratings boxes are used
   to track television viewing. The biomarker trackers could also be part
   of his healthplan by getting them to all pharmacies and clinics and
   doctors offices. We should have blood testing for cancer detection as
   well as for disease detection and tracking and monitoring effects of
   medication.
   [26]this is a variation on tracking one's entire life experiences on a
   hard drive. It would be using sensors to track lifetimes of health
   related activity as it happens. Diabetics already track calories
   consumed and take blood tests of sugar levels. I am proposing going
   beyond that to thousands of biomarkers and monitoring of all intake
   into the body and activity. This would allow vastly superior data
   mining and advance the effort towards truly personalized medicine.
   Eventually everyone would have real time tracking of health and
   environmental factors that they encounter.
   the semiconductor focused approach that I am suggesting would
   transform both the research of disease and health and the monitoring
   and detection of disease.
   Currently doctors and researchers do not get a constant close look at
   what is happening with individuals.
   the monitoring of biomarkers would need to be combined with some basic
   environmental monitoring (cigarretes, air pollution etc...) and
   monitoring of substances (food, alcohol, drugs etc...)
   Currently the monitoring of health greatly lags the monitoring of TV,
   shopping habits and online activity.
   For online activity, companies perform studies with "heat maps" of
   words and where people are looking in an ad. Near real time.
   For health, blood and other testing is inconsistent even when someone
   is at high risk for a disease.
   For drugs, the prescription is based on statistical samples. It is
   like : I recommend the TV show Golden Girls because a study that we
   performed of people in your age group suggests that it would be
   beneficial. We can do a check up after a few months and see how that
   is going. Let us know if you have an adverse reaction, such as
   vomiting but otherwise stick to the prescription. If it does not work
   we will switch in a few months to 60 minutes and then the Tonight
   Show.
   If we are able to have large scale tracking of kidney function, heart
   function, lung function, arterial health, blood levels, other
   biomarkers etc... then we can start making the connections to overall
   wear on the system and when something is deteriorating.
   We are able to identify abnormal wear on parts in car. But well before
   some one is about to become diabetic there are things going on that
   are leading up to that point. We need to trace back to the health
   equivalent of - you have misalignment and the tires still look great
   but the alignment problem will cause abnormal wear.
   If we have all of the data then when something starts falling out for
   a population then the doctor/researcher can start making the
   correlation earlier. Appliance and car companies data mine and analyze
   customer service call transcripts and make the correlations. 20 calls
   talked about shorting or smoke. This means there was an electrical
   issue. If we track the factory dates we determine that they all were
   coming from a particular production line 8 years ago on Mondays in the
   second quarter. We will need to check all other appliances with that
   profile for a common assembly line and production issue.
   There are weingard statistical operations management tracking rules to
   identify developing bad trends earlier.
   We have pro-active methods for identifying problems with appliances
   and cars but we do not have shared information for medicine and
   health.
   [27][advancednano?i=o2GTKNB] [28][advancednano?i=mMBhPSB]
   [29][advancednano?i=15w5Mib] [30][advancednano?i=L9biXGb]
   [31][advancednano?i=gY2Cibb] [32][advancednano?i=aWtFZSB]
   [33][advancednano?i=NMmKweb] [34][advancednano?i=wTbqKEB] 
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   biomarkers and environmental factors for medical understanding'

[40]Proposal for widespread monitoring and tracking of biomarkers and
environmental factors for medical understanding

   [41]Andy Grove has criticized how the pharmaceutical industry operates
   and performs research.
   What I would really like to do is to contact Andy Grove and suggest
   that he use his semiconductor knowledge to help a company release a
   lot of inexpensive and capable lab on a chip testing systems to track
   biomarkers.
   Labs on a chip that could track biomarkers daily or hourly and
   eventually in realtime. Initially they could be used for large
   clinical trials and other studies. Like how TV ratings boxes are used
   to track television viewing. The biomarker trackers could also be part
   of his healthplan by getting them to all pharmacies and clinics and
   doctors offices. We should have blood testing for cancer detection as
   well as for disease detection and tracking and monitoring effects of
   medication.
   [42]this is a variation on tracking one's entire life experiences on a
   hard drive. It would be using sensors to track lifetimes of health
   related activity as it happens. Diabetics already track calories
   consumed and take blood tests of sugar levels. I am proposing going
   beyond that to thousands of biomarkers and monitoring of all intake
   into the body and activity. This would allow vastly superior data
   mining and advance the effort towards truly personalized medicine.
   Eventually everyone would have real time tracking of health and
   environmental factors that they encounter.
   the semiconductor focused approach that I am suggesting would
   transform both the research of disease and health and the monitoring
   and detection of disease.
   Currently doctors and researchers do not get a constant close look at
   what is happening with individuals.
   the monitoring of biomarkers would need to be combined with some basic
   environmental monitoring (cigarretes, air pollution etc...) and
   monitoring of substances (food, alcohol, drugs etc...)
   Currently the monitoring of health greatly lags the monitoring of TV,
   shopping habits and online activity.
   For online activity, companies perform studies with "heat maps" of
   words and where people are looking in an ad. Near real time.
   For health, blood and other testing is inconsistent even when someone
   is at high risk for a disease.
   For drugs, the prescription is based on statistical samples. It is
   like : I recommend the TV show Golden Girls because a study that we
   performed of people in your age group suggests that it would be
   beneficial. We can do a check up after a few months and see how that
   is going. Let us know if you have an adverse reaction, such as
   vomiting but otherwise stick to the prescription. If it does not work
   we will switch in a few months to 60 minutes and then the Tonight
   Show.
   If we are able to have large scale tracking of kidney function, heart
   function, lung function, arterial health, blood levels, other
   biomarkers etc... then we can start making the connections to overall
   wear on the system and when something is deteriorating.
   We are able to identify abnormal wear on parts in car. But well before
   some one is about to become diabetic there are things going on that
   are leading up to that point. We need to trace back to the health
   equivalent of - you have misalignment and the tires still look great
   but the alignment problem will cause abnormal wear.
   If we have all of the data then when something starts falling out for
   a population then the doctor/researcher can start making the
   correlation earlier. Appliance and car companies data mine and analyze
   customer service call transcripts and make the correlations. 20 calls
   talked about shorting or smoke. This means there was an electrical
   issue. If we track the factory dates we determine that they all were
   coming from a particular production line 8 years ago on Mondays in the
   second quarter. We will need to check all other appliances with that
   profile for a common assembly line and production issue.
   There are weingard statistical operations management tracking rules to
   identify developing bad trends earlier.
   We have pro-active methods for identifying problems with appliances
   and cars but we do not have shared information for medicine and
   health.
   [43][advancednano?i=LdHmeEB] [44][advancednano?i=dap6KfB]
   [45][advancednano?i=NcXjXTb] [46][advancednano?i=30Hq6fb]
   [47][advancednano?i=BehcGcb] [48][advancednano?i=zDki1vB]
   [49][advancednano?i=qOJNwmb] [50][advancednano?i=VbezPCB] 
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   biomarkers and environmental factors for medical understanding'

[56]Another look at Military Nanotechnology

   [57]I had written in 2006 about the Military Nanotechnology book by
   Altmann
   [58]The Center for Responsible Nanotechnology has reviewed the book.
   Some consideration should be given to
   1. What are the non-nanotech ways that production could greatly
   increase ?
   Breakthroughs that allow expanded reel to reel production. ECD Ovonics
   quantum control devices made from polymers able to produced without or
   with limited performance degradation relative to silicon. Allowing for
   MEMS and computers to be produced far more quickly. MEMS can be used
   to create UAVs.
   Breakthroughs with arrays of MEMS/NEMS to speed up 3D printing from
   the nanoscale up.
   Mere force multiplier effects or the enabling of a more antiseptic war
   does not really alter the geopolitical situation. Especially if the US
   and China are near the lead in new production increases.
   Also, there is no motivation for global governance if it is primarily
   the existing major powers that get more production and maintain a lead
   and dominance over others.
   I think the existing national powers and the existing political
   structure could adapt to the most common and likely scenarios without
   ceding sovereignty.
   2. How important is production relative to strategy and tactics or
   radically new systems capabilities ?
   More clever usage of relatively mundane conventional weapons and
   non-weapons technology could be used to far greater effect. Air
   superiority and ruthlessness (similar to the Romans over Carthage or
   using the WW2 russian tactics of scorched earth but on enemy terrain)
   could be used to genocide a country in weeks.
   Merely the production of a lot more robotic weapons does not overcome
   nuclear deterrent.
   Look there is a swarm of UAV's crossing the Ocean... launch ...
   launch.
   How is that different from look there are ICBMs launching and crossing
   the Ocean..launch...launch?
   [59][advancednano?i=E9oSuoB] [60][advancednano?i=zLk8fyB]
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[72]Oil from shale progress

   [73]Fortune magazine has a feature on the progress of Shell to get oil
   from shale. Hat tip to [74]futurepundit.
   [OSTS_Fig3InSitu-500.gif]

     Shell declines to get too specific about how much oil it thinks it
     can pump at peak production levels, but one DOE study contends that
     the region can sustain two million barrels a day by 2020 and three
     million by 2040. Other government estimates have posited an upper
     range of five million. At that level, Western oil shale would rival
     the largest oilfields in the world.
     Oil shale has one other big appeal: It's not vulnerable to the
     steep depletion rates that have afflicted other big oilfields.
     Oil shale would help make any [75]transition from oil easier in the
     event of peak oil.
     Harold Vinegar has developed a cutting-edge technology that,
     according to Shell, will produce large quantities of high-quality
     oil without ravaging the local environment - and be profitable with
     prices around $30 a barrel.
     In Situ Conversion Process, or ICP - that could vindicate Shell's
     28-year, $200 million (at least) bet on oil shale research.
     Shell drills 1,800-foot wells and into them inserts heating rods
     that raise the temperature of the oil shale to 650 degrees
     Fahrenheit. To keep the oil from escaping into the ground water,
     the heater wells are ringed by freeze walls created by coolant
     piped deep into the ground; this freezes the rock and water on the
     perimeter of the drill site. Eventually the heat begins to
     transform the kerogen (the fossil fuel embedded in the shale) into
     oil and natural gas. After the natural gas is separated, the oil is
     piped to a refinery to be converted into gasoline and other
     products
     In essence, ICP simply accelerates Mother Nature's handiwork. Fifty
     million years ago, large swaths of what is now northwest Colorado,
     northeast Utah, and southwest Wyoming were covered by two great
     lakes. Algae, leaves and other prehistoric life forms sank to the
     bottom, leaving behind a thick layer of organic muck. Starved of
     oxygen, these sediments could not decay, and periodically they
     would be covered and compacted by sand and other rock deposits.
     Over millions of years, the pressure exerted by the weight of the
     rock layers transformed the organic layers into kerogen.

   [76][advancednano?i=PUnFunB] [77][advancednano?i=S8dRJGB]
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More Recent Articles

     * [89]Next Week Dwave will be demoing a new 28 qubit quantum
       computer
     * [90]SGI Builds World's Largest FPGA Supercomputer
     * [91]The Walmart of solar power: First Solar
     * [92]AMD FireStream 9170 is double precision CPU/GPU hybrid with
       500 Gigaflops
     * [93]China's accelerating nuclear power build

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  76. http://feeds.feedburner.com/~f/blogspot/advancednano?a=PUnFunB
  77. http://feeds.feedburner.com/~f/blogspot/advancednano?a=S8dRJGB
  78. http://feeds.feedburner.com/~f/blogspot/advancednano?a=8ba2SMb
  79. http://feeds.feedburner.com/~f/blogspot/advancednano?a=sxfbiKb
  80. http://feeds.feedburner.com/~f/blogspot/advancednano?a=vTN5ajb
  81. http://feeds.feedburner.com/~f/blogspot/advancednano?a=Mba7RkB
  82. http://feeds.feedburner.com/~f/blogspot/advancednano?a=ucr7UKb
  83. http://feeds.feedburner.com/~f/blogspot/advancednano?a=xXMt2OB
  84. http://www.feedblitz.com/f/f.fbz?Fwd2FriendEdit=64651;297701;http://feeds.feedburner.com/~r/blogspot/advancednano/~3/182256339/oil-from-shale-progress.html;Oil%20from%20shale%20progress;101094
  85. http://www.feedblitz.com/f/f.fbz?Search=64651;297701;oilsands,future,energy,oil,united%20states;Oil%20from%20shale%20progress;101094
  86. http://www.feedblitz.com/related.asp?http://feeds.feedburner.com/~r/blogspot/advancednano/~3/182256339/oil-from-shale-progress.html
  87. http://www.talkr.com/app/text_to_audio.app?feed_url=http%3a%2f%2ffeeds.feedburner.com%2fblogspot%2fadvancednano&permalink=http%3a%2f%2ffeeds.feedburner.com%2f~r%2fblogspot%2fadvancednano%2f~3%2f182256339%2foil-from-shale-progress.html&src=5
  88. LYNXIMGMAP:file://localhost/tmp/mutt.html#outbrainMap_64651_4
  89. http://feeds.feedburner.com/~r/blogspot/advancednano/~3/182013091/next-week-dwave-will-be-demoing-new-28.html
  90. http://feeds.feedburner.com/~r/blogspot/advancednano/~3/181922695/sgi-builds-worlds-largest-fpga.html
  91. http://feeds.feedburner.com/~r/blogspot/advancednano/~3/181916248/walmart-of-solar-power-first-solar.html
  92. http://feeds.feedburner.com/~r/blogspot/advancednano/~3/181908590/amd-firestream-9170-is-double-precision.html
  93. http://feeds.feedburner.com/~r/blogspot/advancednano/~3/181880560/chinas-accelerating-nuclear-power-build.html
  94. http://tagline.feedblitz.com/nfc?affid=10059&sender=cf515ead64587146fb6815a2a013d226,feedblitz.com&rcpt=8da0e5c5ebdabb2bd85a8a5d3a603a7c,leitl.org&ranstr=e6b169d6-8f67-11dc-9734-003005ce&group=64651
  95. http://www.feedblitz.com/adfaq.asp
  96. http://www.feedblitz.com/f/f.fbz?EmailRemove=_Mjk4NzI1M3w2NDY1MXxldWdlbkBsZWl0bC5vcmd8MTAxMDk0_
  97. http://www.feedblitz.com/f/f.fbz?Subscriptions=64651
  98. http://www.feedblitz.com/f
  99. http://www.feedblitz.com/f/f.fbz?EmailRemove=_Mjk4NzI1M3x8ZXVnZW5AbGVpdGwub3JnfDEwMTA5NA==_
 100. http://www.feedblitz.com/
 101. 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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