Quantum theory and Reality.
==========.
" Physicists have traditionally expected that science should give
an account of reality as it would be in our absence. . . . . . . . .
It cannot be that reality depends on our existence,
. . . . .
Philosophers call this view realism.
. . . the real world . . . must exist independently of us. It follows that
the terms by which science describes reality cannot involve in any
essential way what we choose to measure or not measure."
/ The trouble with physics. page 6 - 7.
Lee Smolin. /

It cannot be that reality depends on our existence and or on our measurement
What was before the man began its measure?
What was in the beginning ?
Socratus.

Quantum mechanics, at least in the form it was first proposed,
did not fit easily with realism. This is because the theory
presupposed a division of nature into two parts.
On one side of the division is the system to be observed. . . . . . .
.. . on the other side . . . .
/ The trouble with physics. page 7.
Lee Smolin. /

Quantum mechanics, at least in the form it was first proposed,
did not fit easily with realism. This is because the theory
presupposed a division of nature into two parts.
These two parts are Material and Vacuum worlds.
On one side of the Material system we can observe.
On the other side . . . . quantum theory tells us that the
Vacuum world exist even in our absence.
Can my opinion be right?
It is right because QED says when electron interacts with Vacuum all its parameters
became infinite. But this is forbidden by the law of energy conservation and transformation.
So, what is Vacuum?
It is new Physical Reality.
So, what is problem?
The problem is that we know the law of electron conservation,
but we don't know the law of electron transformation?
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Israel Socratus.