The document discusses using a device to rapidly change the electric field pattern of femtosecond laser pulses to allow a proposal to work. It also mentions that some substrate materials react with carbon at high temperatures to form new carbides, which is good for improving molecular growth. Finally, it discusses how cells may respond to new cells by changing the processes that regulate their mechanical stimuli and extracellular environments.

1. My 4th
theory
In order that this proposal can be made to work. What
is required is a device which can make rapid changes to
the temporal pattern of the electric field associated
with a femtosecond laser pulse
Anotherissue is that at high disposition temperatures
many substrate materials react with carbon directly to
from a new carbine this is good due to improvements in
growth molecular partials
If the actual stimulus presents in the tissues respond to
these new cells a discrete change in processes which
each cell regulates its mechanical stimuli changing the
mass or density of its extracellular environments
Young Morse