Did you check the formula for the Planck length? If G increases, does it increase or decrease?cube137 said:If gravity becomes stronger. would the Planck length becomes longer or bigger?
There are no limits.cube137 said:Would anyone know any java website that can make you adjust the strength of gravity and c and see how big or small the Planck scale can become?
The Planck scale is a unit of measurement in physics that represents the smallest possible scale in which physical laws can be applied. It is named after the German physicist Max Planck.
The Planck scale is significant because it is the scale at which quantum effects become important and the laws of gravity and relativity break down. It is also the scale at which scientists believe the universe was created during the Big Bang.
The Planck scale has dimensions of length, time, mass, and energy. These are represented by the Planck length, Planck time, Planck mass, and Planck energy, respectively.
The Planck scale is calculated using the fundamental constants of nature, including the speed of light, Planck's constant, and the gravitational constant. These constants are combined in a way to create a scale that represents the smallest possible units of measurement.
The Planck scale is difficult to study because it is so small and beyond our current technological capabilities. Additionally, the extreme conditions at this scale, such as extreme temperatures and energies, make it challenging to conduct experiments or make observations. Theoretical models are often used to study the Planck scale.