ULTIMATE SYMMETRY:
Fractal Complex-Time and Quantum Gravity
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II.4.4 Uncertainty
On the other hand, if we suppose the particle is composed
of individual
geometrical points, each of which is either in the inner or outer levels of
time, so their individual speeds are either zero or , but collectively
appear to be moving at the limited apparent velocity , that can be calculated
from equation 3.1; thus the particle is described by .
Therefore, because only one point actually exists in the real flow of time, the
position of this point is completely undetermined, because its velocity is
equal to , while the rest have been already
defined, because they are now in the past, and their velocities had been
sequentially and abruptly collapsed from to
zero, after they made their corresponding specific contribution to the total
quantum state which defines the position of the particle with relation to the
observer.
When the number is very large, as it is the case with
large objects and heavy particles, the uncertainty will be very small, because
only one point is completely uncertain at the real instance of time. But for
small particles, such as the electron, the uncertainty could become
considerably large, because it is inversely proportional to :
. This
uncertainty in position will also increase with (the imaginary) velocity , or momentum
,
because higher physical velocity means that on average more and more points are
becoming in the real speed , rather than rest, as can also inferred
from equation 3.1.
... Space Transcendence Read this short concise exploration of the Duality of Time Postulate: DoT: The Duality of Time Postulate and Its Consequences on General Relativity and Quantum Mechanics ...
... e with relation to the observer. When the number is very large, as it is the case with large objects and heavy particles, the uncertainty will be very small, because only one point is COMPLETELY UNCERTAIN at the real instance of time. But for small particles, such as the electron, th ...
... ntribution to the total quantum state which defines the position of the particle with relation to the observer. When the number is very large, as it is the case with large objects and HEAVY PARTICLES , the uncertainty will be very small, because only one point is completely uncertain ...
... ned, because they are now in the past, and their velocities had been sequentially and abruptly collapsed from to zero, after they made their corresponding specific contribution to the TOTAL QUANTUM state which defines the position of the particle with relation to the observer. When t ...
... ery large, as it is the case with large objects and heavy particles, the uncertainty will be very small, because only one point is completely uncertain at the real instance of time. But for SMALL PARTICLES , such as the electron, the uncertainty could become considerably large, because it i ...
... ery large, as it is the case with large objects and heavy particles, the uncertainty will be very small, because only one point is completely uncertain at the real instance of time. But for SMALL PART icles, such as the electron, the uncertainty could become considerably large, because it i ...
... the uncertainty will be very small, because only one point is completely uncertain at the real instance of time. But for small particles, such as the electron, the uncertainty could become CONSIDERABLY LARGE , because it is inversely proportional to : . This uncertainty in position will al ...
... e rest have been already defined, because they are now in the past, and their velocities had been sequentially and abruptly collapsed from to zero, after they made their corresponding SPECIFIC CONTRIBUTION to the total quantum state which defines the position of the particle with rel ...
... int is completely undetermined, because its velocity is equal to , while the rest have been already defined, because they are now in the past, and their velocities had been sequentially and ABRUPTLY COLLAPSED from to zero, after they made their corresponding specific contribution to ...
... ity , that can be calculated from equation 3.1; thus the particle is described by . Therefore, because only one point actually exists in the real flow of time, the position of this point is COMPLETELY UNDETERMINED , because its velocity is equal to , while the rest have been already defined ...
... onding specific contribution to the total quantum state which defines the position of the particle with relation to the observer. When the number is very large, as it is the case with LARGE OBJECTS and heavy particles, the uncertainty will be very small, because only one point is com ...
... l, because only one point is completely uncertain at the real instance of time. But for small particles, such as the electron, the uncertainty could become considerably large, because it is INVERSELY PROPORTIONAL to : . This uncertainty in position will also increase with (the imaginary) v ...
The science of Time is a noble science, that reveals the secret of Eternity. Only the Elites of Sages may ever come to know this secret. It is called the First Age, or the Age of ages, from which time is emerging.
