Dear Rukhsan,
You raise the most important issue. Quantum theory is embedded in all the
matthematics that we have developed since the Greeks.
All this mathematics contributes to our understanding of physics. It is
possible that certain aspects of that mathematics will develop naturally into
new
Dear FISers,
Tomorrow we will start the new session on Infobiosemiotics, by Soeren Brier.
Before so, let me pen some comments.
First, to join Plamen and others in thanking Louis. Particularly interesting
for me was his last text on recursive distinctioning. Quite curiously, an old
work of
Dear All
As Prof Kauffman has pointed out that there are many mysteries in quantum
theory which need to be decoded. The measurement problem being the central
one. And I agree with Prof Kauffman that taking the eigenvalue aspect of
quantum theory seriously and relating to Lambda calculus can help
In the present Interlude after the session chaired by Lou on Symmetry and
before the coming one, allow me to enlarge on something Bruno raised.
Bruno wrote:
*Then this confirms the "computationalist theory of everything", which is
given by any formalism, like Robinson Arithmetic (the rest
Dear FIS Fellows,
I was also about writing some concluding remarks, since our time for math
in bio is about to end this week, but realized that Lou was fast with an
excellent final comment and list of references for postprocessing. I am
happy that after some initial hesitation on the forum the
Dear all,
I hope you will excuse this, especially since I have not been active in the
discussions of this group. (I wish I had more time to engage - I keep seeing
interesting things in the messages but know that if I get involved my list of
other things I should have done but haven't will grow
