[tt] Next Big Future - 3 new articles

Eugen Leitl <eugen at leitl.org> on Thu Jul 3 08:30:54 UTC 2008

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Subject: Next Big Future - 3 new articles
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"[2]Next Big Future" - 3 new articles

    1. [3]Dr Daniel Haber's cancer circulating tumor cell blood test CTC
       chip used to track cancer progress in realtime
    2. [4]Intel's Gelsinger sees clear path to 10 nanometer lithography
    3. [5]Hypersonic Falcon HTV-3X
    4. [6]More Recent Articles
    5. [7]Search Next Big Future

[8]Dr Daniel Haber's cancer circulating tumor cell blood test CTC chip used
to track cancer progress in realtime

   [9]The blood test requires a 10 milliliter blood sample -- just two
   teaspoons. It takes about eight hours to send the blood across the
   80,000 tiny columns so a specially designed antibody glue can latch
   onto passing cancer cells. It was used to detect cancer in 27 people
   and helped to track the progress of cancer in near real time. This
   will help determine what treatments are working and a genetic
   fingerprint of the current state of any tumor. This should lead to
   better cancer treatment and earlier detection and better disease
   monitoring
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     Haber and his colleagues analyzed blood samples from 27 patients
     with non-small cell lung cancer, 23 who had EGFR gene mutations and
     four who did not. CTCs were identified in all samples and in
     genetic analyses from mutations 92 percent of the time.
     Mutations in EGFR, a protein, can help predict whether these tumors
     will respond to a family of drugs called tyrosine kinase
     inhibitors.
     "Even in the three to four months that we followed patients, the
     genetic make-up of the tumors changed. Resistant mutations appear
     and other mutations appear, obviously because we're doing things
     [with drug therapy] to the cancer," Haber said. "But the way we
     practice oncology we don't typically test for that. We do one
     biopsy which takes a tiny, tiny amount and assume that for the rest
     of the course, the tumor is the same."
     "It's important to know in real time what you're treating," he
     continued. "We need to be able to follow the patient without
     needing to re-biopsy the tumor every time."

     A previous study published in Nature used the CTC (Circulating
     Tumor Cells) chip technology to look at CTCs in lung, pancreatic,
     prostate, breast and colon cancers. The CTC chip successfully found
     such cells in 99 percent of the samples.
     Schiller, of the University of Texas Southwestern Medical Center in
     Dallas, said there are practical questions about whether enough
     cells can be extracted to make the technique effective and whether
     it will work for other types of tumors.
     Haber said he believes it will.
     The CTC chip, licensed to the privately held CellPoint Diagnostics
     in Mountain View, California, is 100 times more sensitive than a
     U.S. Food and Drug Administration-approved technique that uses
     magnetic beads to try to extract cancer cells, according to Haber.
     "I think this is key to personalized medicine," said Dr. Daniel
     Haber, senior author of a paper detailing the technology, to be
     published in the July 24 issue of the New England Journal of
     Medicine but released early online Wednesday. "As we get to
     targeted therapies in increasing numbers, and increasing
     understanding about the genetics that guide targeted therapies, we
     need a way to know what we're treating."
     [16]The technology is in its infancy, however. "This is still in a
     very, very early stage where it takes a long time to handle every
     sample, to flow the blood through the chip," Haber said. "This is a
     proof of principle that we can do this. We need a much more
     automated system for larger clinical trials."
     Dr. Len Horovitz, a pulmonary specialist at Lenox Hill Hospital in
     New York City, said that "you have to have some circulating cells
     to do this test, but it's very exciting because they're getting a
     genetic fingerprint of a tumor which will tell an oncologist what
     therapy the tumor might respond to or not respond to.
     "It's expensive, but it may well be that if we can identify
     patients who can have a personalized regimen that works, we will be
     saving the cost of treating all those patients with regimens that
     don't work," he added.

   FURTHER
   [17]Megpagetoday coverage
   [18]Web MD coverage of the CTC chip

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   [35]Rate 'Dr Daniel Haber's cancer circulating tumor cell blood test
   CTC chip used to track cancer progress in realtime'

[36]Intel's Gelsinger sees clear path to 10 nanometer lithography

   [37]Intel's Pat Gelsinger (NSDQ:INTC) sees a "clear way" to
   manufacturing chips under 10 nanometers and when the semiconductor
   industry transitions to 450mm silicon wafers around 2012, the number
   of companies that run their own fabs will drop into the single digits.
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   Intel debuted its 45nm process late last year and has been ramping its
   Penryn line of 45nm processors steadily throughout this year. The next
   die shrink milestone will be the 32nm process, set to kick off next
   year, followed by 14nm a few years after that and then sub-10nm, if
   all goes according to plan.
   Gelsinger described the elemental hoops Intel has had to jump through
   to achieve each "tick" milestone in the chip maker's relentless
   pursuit of Moore's Law, noting that while each new process adds
   materials used in novel ways, modern processors are still built on a
   "silicon scaffolding."
   "We are putting more and more of the periodic table onto that silicon
   scaffolding. Today we use about half of the elements on the periodic
   table. When [Intel co-founder Robert] Noyce and Moore started, they
   used six elements," Gelsinger said.
   "We replaced the gate with high-K, we put metal on top of it, but it's
   still, quote, silicon. [The process of getting smaller] keeps moving
   forward. It may be carbon nanotubes next or it may be spintronics. But
   we'll keep moving forward."
   ULTIMATE LIMITS
   [44]Previously Intel has forecast moore's law to continue to at least
   2029.
   [45]This site has covered the future of lithography
   [46]There is going to be substantial re-architecting with more
   photonics and other changes like the Tensilica processors.
   The GPGPU, FPGA, custom tensilica processors and cell type processors
   seem like the way forward. Plus the new universal memories.
   [47]New molecular computing architectures could have an impact or a
   niche.
   A successful and inexpensive 3D architecture needs to be perfected.
   Ultimate limits will not be seen until we have 3D, 10 nanometer or
   less optical systems and are pushing the limits of cooling the heat
   generated and energy to power the devices. The technologies that could
   be involved are plasmonics, excitons, spintronics, metamaterials, room
   temperature superconductors and better cooling systems. There will be
   re-architecting with reversible computing architecture and more
   efficient parallel computing architectures.
   So a 10 centimeter cube would have 10 million multi-nanometer layers.
   One layer of computing would be about 10 million times more powerful
   than what we currently have. so the small fist size cube would be100
   trillion to 1000 trillion times more powerful for personal computing.
   This means 100,000 to 1 million zettaflops (10*23 to 10**24). Plus
   each person could have a few cubic meters of computronium. For
   several more thousand times more compute power.
   Heading to 1-2 nanometer feature and component sizes would probably
   also be possible for another 1000 times boost (The previous insane
   amount of compute power ought to help find a way to squeeze out
   another 1000-1 million improvement) (10**27 to 10**30)
   For [48]non-heroic cooling limits: 10**24 to 10**26 bits per cm**2
   (but we added the third dimension for 10 million to 100 million fold
   gains)
   There will also be [49]comparable levels of scale and density for
   quantum computers (10**23 to 10**32 qubits)
   All the individual compute power will be networked together across the
   solar system. The connection speeds will also be pushing whatever
   physical limits there are.
   FURTHER READING
   [50]Intel is researching applications for this compute power
   [51]30 page transcript from the IDF (Intel Developers Forum) spring
   2008 keynote address by Pat Gelsinger

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[69]Hypersonic Falcon HTV-3X

   Falcon HTV-3X
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   [76]The Blackswift Hypersonic program may not get fully funded for the
   $750 million that it needs, but the program has
   a lot of interesting technology and innovations for greater
   efficiency. This technology and innovations are discussed below.
   [77]Making a scramjet rocket would be a better program to fund for
   space access. A scramjet rocket would be simpler and cheaper than a
   space plane and would not need to have the weight of wings and other
   gear.
   [78]From the designers of Skylon, there is a fairly practical
   spaceplane design. It is called the Mach 5 A2 commercial Concorde
   replacement.
   [79]The MHD bypass to slow the supersonic air so that a turbine can
   function while the scramjet goes up to Mach 7
   However, there is a lot of interesting technology in the Blackswift
   program. Constant volume combustion, more efficient than Brayton cycle
   Humphrey cycle propulsion (like a pulse-detonation engine).
   The goal is to achieve a flying Mach 6 demonstrator by 2013.
   It would use regular fuel instead of hydrogen, which would be more
   practical but have relatively lower performance.
   
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----- 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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