Crichton is a great author and I
enjoyed several of his novels, and especially Timeline,
Airframe, and Jurassic Park. Micro is also a very
entertaining story, but this time, in my opinion, he went too far
with his scientific (or not) speculations.
That an extremely high magnetic field
can shrink objects is difficult to take, but what happens when
objects are shrunk violates the basic laws of Physics in an
unacceptable way.
According to Crichton and Preston, when
people are compressed, they become very light and strong. This might
make for a nice story, with people jumping around like fleas and
falling from great heights without getting hurt, but it is not
scientifically credible.
For one thing, where does the mass go?
The principle of conservation of energy-matter has been proven
correct uncountable times. Even if we accept that the space between
the molecules and atoms (and perhaps subatomic particles?) is
reduced, why should the mass of a person be reduced as well? It
doesn’t make any sense.
Then, there is the issue of body
temperature and thermoregulation. Crichton and Preston mention that
shrunken humans have some problems with maintaining their body
temperature, but it is not an issue that one can dismiss easily.
If you reduce the linear dimensions of
something by a factor of 1000 while maintaining its shape, its volume
is reduced to one billionth of the original one and its surface to
one millionth. This means that the surface per unit of volume would
grow by a factor of 1000. No way that the human body could function
under those condition. It would lose all its heat and die.
Finally, the authors don’t even try
to explain how the shrinking process can be reversed. To shrink
people to 1/1000 of their original size, they apply three times a
strong magnetic field. Every time, the people shrink by a factor of
ten. Then, without any explanation, when they apply again a magnetic
field, the people return to their original sizes. This goes against
logic. What is it? Three is a charm? Give me a break...
No comments:
Post a Comment