Welcome to the next level!

If this were a tough game, now would be the time
for you to meet the quantum beast and attempt to slay it!
Unfortunately, many of the players at this point would
simply flee, so we will not roll out the quantum beast
and all of its mathematical and experimental devices.
Besides, you can find this material in many other places.*

The mathematical and physical machinery of physics can be awe-inspiring.
However, like the art within and around a cathedral, an examination of the
details can disclose a number of embarrassing and silly irreverent acts, a
clinging to old, unenlightened ways, so it seems. Quantum physics prides itself
in being a revolutionary overthrow of classical physics (aka Newtonian Physics).
Yet an examination of its cathedral reveals a desperate hanging-on to its classical
trappings. We won't do it here, but really, one of the best preparations for learning
quantum physics would be 20-40 years of immersion into the beauty and depth of
classical physics. For the uninitiated, classical physics is simply a description of
everyday phenomena: the glide of birds, the billowing of clouds, the rolling of waves.
Man can get to the moon and back with just classical physics. He can also build cars
and generate electricity (of the non-nuclear variety). Without quantum physics, an
understanding of phenomena as simple as heat will elude you, but a huge amount of
productive work can be accomplished with just classical physics. If you do NOT
have a deep understanding of the language and methods of classical physics, then
you will NOT fully understand a single equation in quantum physics. All of the
fundamental concepts of classical physics, conservation of energy, conservation
of momentum, conservation of electric charge, thermodynamics, entropy, mass,
light ... reappear in quantum physics.

Quantum's Lesson changes the meaning we give to all of these classical concepts.
From quantum's lesson we then learn to cast a more profound light on symbols far
removed from physics! We also learn something about the exact nature of reality.
When Niels Bohr, in 1912, first grasped the importance of Planck's quantum postulate
for describing atoms, he excitedly wrote to his brother "It could be that I've found out
a little bit about the structure of atoms . . . a little piece of the reality."*

When we understand the meaning and purpose of symbols, we can work with them
in powerful ways. Isn't that what Michelangelo did? Of course, he had tremendous
technical skill, but it behooves us to understand what skilled artists are doing,
even if we can't imitate them. How do you go beyond photography, or simple
realism, without going insane?

Click on the wizard to go further in and higher up.

Web surfers who have wormholed directly to this level could profit
by exploring the levels they have missed. Click below to jump to
.. Level 0 .. Level 1 .. Level 2 ..

*The Dragon is an allusion to John Wheeler's smoky dragon in his "delayed choice"
take on the classic "double split experiment". In Wheeler's lessons of the quantum he uses 
words like "Observership" and "Genesis". There consequently has been abuse of Wheeler's
lessons. "Observer-participancy" is indeed inherent in quantum mechanics, but not in a simple
"anything goes" or "whatever you wish" manner. A creative artist must respect the real 
boundaries between what is mutable and what is immutable.
* Bohr was Danish and I'm sure this is just an English translation.
My source for the quote is page 63 of "The Philosophy of Niels Bohr,
The Framework of Complementarity" by Henry J. Folse, 1985.
© Beyond Photography Renaissance series is copyrighted 11/20/97.
Ask for permission to copy and watch for subtle updates.
Level 3.