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wolram
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Is it energy? how is the unit of quantum space time (given) a value, so it can multiply several times over, is there a limit when the (energy) will be exhausted ?
wolram said:Is it energy? how is the unit of quantum space time (given) a value, so it can multiply several times over, is there a limit when the (energy) will be exhausted ?
Can you talk about transversing a Planck length in a giving time? How can you transverse a quantum of something, either it is one or the other, one side or the other side of the Planck length in no time at all, right?wolram said:But Marcus ,these oscilations can not excede c and can not be less than
the hubble, so they (must ) be betwicx these two values ?
wolram said:But Marcus ,these oscilations can not excede c and can not be less than
the hubble, so they (must ) be betwicx these two values ?
sorry Mike but no time at all makes no sense. Spacetime inferses time, as a part of the theory so how can you negate one part of itMike2 said:Can you talk about transversing a Planck length in a giving time? How can you transverse a quantum of something, either it is one or the other, one side or the other side of the Planck length in no time at all, right?
Sorry, I was thinking of space only. Maybe you're right, chunks of spacetime would include a chunck of time.wolram said:sorry Mike but no time at all makes no sense. Spacetime inferses time, as a part of the theory so how can you negate one part of it
The unit of quantum space time is a measurement of the smallest possible unit of space and time that can exist within the framework of quantum mechanics. It is also known as the Planck scale and is equal to approximately 1.6 x 10^-35 meters in length and 5.4 x 10^-44 seconds in time.
The value of the unit of quantum space time is determined by the fundamental constants of nature, such as the speed of light, Planck's constant, and the gravitational constant. These constants are considered to be universal and unchanging, and they play a crucial role in the structure of quantum space time.
The unit of quantum space time is important because it helps us understand the fundamental nature of the universe at a microscopic level. It also plays a significant role in theories of quantum gravity and attempts to unify the four fundamental forces of nature.
No, the unit of quantum space time is currently beyond our technological capabilities to observe or measure directly. However, its existence is supported by various theories and experiments in quantum mechanics, particle physics, and cosmology.
According to current theories, the value of the unit of quantum space time is considered to be constant and unchanging. However, some theories, such as loop quantum gravity, suggest that the unit of quantum space time may fluctuate at the smallest scales of space and time.