As the solar system spirals around the sun god Ra and Ra spirals around the Milky Way; we, the majestic plural, are in motion. The shortest distance that this system can travel is the planck length. this distance defines the flicker rate of reality as defined by our senses, analysis and technology.
as fast as our biological processes are; to Doctor Strange, Peter Maximoff, Barry Allen or flicker rate of reality we appear to be frozen standing still blind to everything that operates at a higher frequency; we can't see them but we can feel them.
there are two fields around the heart, an outer field that feels and an inner field that projects. The inner field is dimensionless. Entering the inner field reveals different views depending on your focus and frequency. The dolphins are there. The outside of the inner field projects onto the inside of the outer field. The outside of the outer field radiates energy into your system.
Breath
Silence
Motion
It takes approximately 5.39x10-44 seconds seconds for light to travel one Planck length in a vacuum. This specific duration is known as the Planck time.
Planck Length: 1.616x10-35 meters
Physical Significance: These scales represent the "resolution limit" of our current understanding of physics. At distances smaller than a Planck length or times shorter than a Planck time, the effects of quantum mechanics and gravity become equally strong, causing our current laws of physics (General Relativity and Quantum Mechanics) to break down.
Scale Comparison
To put the brevity of this time into perspective:
A nanosecond (one billionth of a second) is 10-9 seconds
The Planck time has 43 zeros after the decimal point before the first significant digit.
There are more Planck times in a single second than there have been seconds since the Big Bang (~13.8 billion years).
In physics, the frequency associated with the Planck time is known as the Planck frequency, which is the inverse of the Planck time is approximately 1.85x10-43 hertz (Hz).
Fundamental Limit: This frequency represents the upper limit for the frequency of a photon or electromagnetic wave in many theoretical models.
Smallest Interval: It is considered the fastest possible "tick" of a clock in the universe, marking the boundary where current theories of quantum mechanics and general relativity fail.
Energy Relation: A photon with a frequency of one Planck frequency would have a energy equivalent to the Planck energy (approximately 1.22x10-19 GeV)