Natural Intelligence:
Neolithic "Cultural Jades"
&
Scripts Beginnings
Hong Kong
自然智慧：
新石器時期
「文化玉器」
&
刻契漢文字創造的
起源
香港
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Natural Intelligence
I.
Matter in
Quantum State
cintains Particles & Spirits
1.
Quantum States
of Matter reveals that spirits (information) coexist
with
particles within matter.
1-1.
Since the time of Plato in ancient Greek, and
LaoTze in ancient China
multitude of models have been proposed as to the nature of
Matter and
Spirits. Since graduates were indoctrinated by classical science
principles
from high school and university curriculum, the existence of
spirits have
often been considered as non scientific as spirits have not
been
measurable by classical instrumentation.
1-2.
The Quantum property of Matter is consisted of particles
interlinked by
information coded in "0" & "1" qubits.
1-3.
Quantum Mechanic measurements have now proven that
matter consists
of information linking with
particles i.e. matter contains coded information,
the modern term for
spirits.
II.
Matter Contains
Measurable Information
(i.e. Spirit)
has revealed the quantum nature of matter in terms of particles and information.
The quantum states spins properties in "0" & "1' have been identified and measured
by physicists, such as:
1-1. Nobel Physicist, Richard Feynman
1-2. Physicists at NIST : William Phillips (Nobel Prize), David Wineland,
Dietrich Leibfried
1-3. Anton Zeillinger's group in Vienna .
2. The measurable quantum states in "0" & "1" spins have demonstrated matter contains
particles and series of coded "0" & "1". The existence of coded information of
elemental quantum bits (qubits) in matter, has enabled research on the development
of the next generation of "quantum computer".
3. The fundamental nature of matter consisting particles interlinked with coded information
inside will serve as a basis to unify the duality treatments of matter and spiritual worlds.
Human is now able to review and reexamine the meaning of human life in terms of information
systems dynamics of particles of matter.
4. Quantum physicists have yet to formulate the quantitative information models of particles
and information relationship in matter.