single jungle bangle dangle bungle jingle mangle tangle

[AntonioLao]

Each of these eight word contraction angles can represent the directional properties of spacetime charges. If used properly they can prevent the outcome of an embarrassing mingle wangle spangle of superstring’s Calabi-Yau structure entangle. See http://www.en.wikipedia.org/wiki/Calabi-Yau_manifold.

First of all, all spacetime charges are singularly quantized. They are singles. However, if one positive, it always pair with one that is negative. This infinitesimal yin-yang has no color, weak, or electric charge. And the universe is in a state of dynamic equilibrium. All infinitesimal primary forces are repulsive. For every plus there exists a minus such that everything is freely taken or given. However, in some local regions of spacetime, there might be more pluses than minuses that are closer together even though global spacetime remains colorless and electrically neutral. Groups of neutral configuration tend to obey certain laws of random distribution and non-discriminate organization. These laws approach those of complexity theory and chaos theory. Nonetheless, at special domains, classical, quantum, both special and general relativity mechanics all approach linear model approximation.

By a principle of self-organization, quarks, leptons, and bosons (both scalar and vector) were able to form planets, stars, galaxies, plants, animals, as well as human beings using codes of a divine proportion. Within the human populations, those who lack certain degrees of intelligence, the external world becomes a jungle. They can be attracted by a slight dangle jingle of intelligent bangle. However, distortion, mismanagement, and misinformation in the mangle can only lead to entangled bungles.

[Profpat]

Nonetheless, at special domains, classical, quantum, both special and general relativity mechanics all approach linear model approximation.

And yet there is no direct path. Frustrating isn't it.

[AntonioLao]

The shortest path in a curved spacetime is called a geodesic. However, in a quantum spacetime, it becomes the longest path. That is in order to go to the future we must first go to the past.

[mkirkpatrick]

The shortest path in a curved spacetime is called a geodesic. However, in a quantum spacetime, it becomes the longest path. That is in order to go to the future we must first go to the past.

However,if there is only the ever present now,then one would be snookered by
any positioning away from now.




regards michael.

[Profpat]

With the uncertainty principle where is that path anyways?

[AntonioLao]

If there is always a NOW then we need not go anywhere or anywhen. I'll be happy to stay in a particular space and at a particular time and live forever.

[mkirkpatrick]

If there is always a NOW then we need not go anywhere or anywhen. I'll be happy to stay in a particular space and at a particular time and live forever.

Then so mote it be!



regards michael.

[Profpat]

If there is always a NOW then we need not go anywhere or anywhen. I'll be happy to stay in a particular space and at a particular time and live forever.

BORING!!!!!!

[AntonioLao]

With the uncertainty principle where is that path anyways

You mean uncertain about where to go and when to do? If we are sure about staying put then we dont need a path.

[mkirkpatrick]

BORING!!!!!!

NO NO Pat,think this through,remember you will also have unlimited opportunities.



regards michael.