Hey Mike!
Glad to read your recent posts, and I have to admit playing with numbers can be fun. However, as with the Malthusian doctrine - so called - many other factors are often dismissed or never recognized as affecting an outcome. I'd argue that chief among these is the notion that such replicants are otherwise unchallenged in their multiplicative success; first, how long do they live? do they live as long when crowded? do they multiply as readily - successfully - under other self-induced conditions? under various host conditions? is their replication sexual or asexual or both? does a "strain" weaken and become less competent over time within the same host environment? is there a spore phase? what about syncsitia(sp?)? do we care?

I still remember the story about a Sufi master who did a king a favor and refused any payment. The king insisted; the master refused again; the king insisted even more insistently and the master of course gave in. Here's what he said: On your chess board, Oh, generous King, place one grain of rice upon the first square, two upon the second, four upon the third, eight upon the fourth and so on until you have put the correct number of rice grains on every one of the squares." As you pointed out, two to the sixty-third power is a fairly large number, and it exceeds all the rice grains available then or now.
Hmmmm, Malcolm

At 02:37 PM 7/14/06 -0400, you wrote:

  Hi Duncan,

  You wrote:

  "but it  will  be  a difficult sell to  humans  because  it's easily
  contaminated by pleomorphic nanobacteria."

  These Nanobacteria sound really dangerous, and maybe we should study
  them more. Here are a couple of links:

  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  Because of  the fact that nanobacteria only replicate every  3  to 5
  days and  their nano size, it takes approximately 35-40 years  for a
  human to become symptomatic from them, even if infected at birth.

  These factors have led us to not discover these pathogens for all of
  this time:  incredibly  small  nano  size,  undetectable  with light
  microscopes and  incredibly   slow   growth   rate..from  our myopic
  viewpoint, if  we  were  unable  to  detect  it  with  medical light
  microscopes, we  assumed there were no pathogens  present..the blood
  was sterile. Wrong.

  http://www.nanotech.biz/i.php?id=2002_01_25

  "Nanobacteria are extremely small, slowly growing bacteria  that can
  be cultured  from  the blood of humans and  mammals.  Their  size is
  20-200    nanometers....when   compared   to    'regular'  bacteria,
  Nanobacteria are 1/100 to 1/1,000 the size, allowing them  to easily
  move around  into  other cells and invade  them.  Nanobacteria cause
  apoptosis (cell  death)  when   exposed   to  human  cells  or other
  bacteria. They  can cause alteration of RNA and  DNA gene-expression
  patterns of  cells   they   infect.....this   can   lead  to genetic
  alteration, abnormal cell growth and proliferation. When compared to
  other  bacteria,   Nanobacteria   grow   very,   very   slowly, only
  reproducing every  3  days..where  'regular'  bacteria  reproduce in
  minutes or  hours. Nanobacteria cannot be grown in  standard culture
  media and can only be grown in mammalian blood or serum.

  http://www.rense.com/general32/poss.htm

  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

  Hmm... They replicate every 3 to 5 days. Let's take 5 days.

  That means after 5 days, there are two of them.

  Five days later, there are 10.

  Five days later, there are 20.

  Five days later, there are 40.

  Five days later, there are 80.

  Five days later, there are 160.

  Five days later, there are 256.

  That is 8 doublings (2^8) in 40 days (8 * 5 = 40.)

  In 80 days, there will be 16 doublings, or 65,536.

  In 160 days, there will be 32 doublings, or 2^32 = 4,294,967,296.

  In  320   days,   there   will   be   64   doublings,   or   2^64  =
  18,446,744,073,709,600,000.

  In 640  days,  there  will  be 128  doublings,  or  2^128,  which is
  340,282,366,920,938,000,000,000,000,000,000,000,000.

  One more doubling, and we have:

  2^256= 115  792 089 237 316 000 000 000 000 000 000 000 000  000 000
  000 000 000 000 000 000 000 000 000 000 000.

  The number of atoms in the galaxy is estimated at:

  10^68= 100  000 000 000 000 000 000 000 000 000 000 000 000  000 000
  000 000 000 000 000 000 000 000.

  So the victim is now millions of times larger than our galaxy.

  But the article says it takes 35-40 years for symptoms to appear.

  According to  their numbers, by that time a person  would  be larger
  than the known universe. So it wouldn't take much of a health worker
  to suspect something was wrong.

  No wonder  Nanobacteria  are controversal, and  some  people believe
  they don't exist:)

  Regards,

  Mike Monett

  Antiviral Antibacterial Silver Solution:
  http://silversol.freewebpage.org/index.htm

  SPICE Analysis of Crystal Oscillators:
  http://silversol.freewebpage.org/spice/xtal/clapp.htm


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