quantum time

Time is the dimension in which quanta are subject to change. As such, it exists independently of space, applying equally well to quanta that are in space, those that are space, and those, such as natural law, which exist independently of space. The time at which a quantum event occurs is the same for all observers, wherever they are in the universe and whatever their motion and acceleration.

See time.

The end of the universe

Submitted by jhwierenga on Mon, 07/30/2018 - 08:05
zeno effect

Please note that this lemma is pure speculation. 

Will time ever end? Will our universe sometime stop expanding, and contract under the force of gravity - a process known as the 'Big Crunch' - and then produce a new Big Bang? QO offers new answers to these questions.

To start off with, QO predicts that quantum time will indeed go on forever. And that the universe will continue to expand forever, because space quanta can only be added, not removed or shrunk. There will be no Big Crunch.

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The QO concept of time

Submitted by jhwierenga on Mon, 07/30/2018 - 07:05
stylized clock with clockwise arrow on perimeter

Time is the dimension along which quanta and quantum systems are subject to change. 

Phenomena explained :

Quantum time is universal. A quantum event which affects particles that are separated by spatial distance nevertheless affects them all at the same time. It is always possible to understand causal relationships between events in terms of the first event in quantum time causing the subsequent event in quantum time.

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