- #1
sevenperforce
- 82
- 16
It's been a while since I took any QM so I'm fairly rusty...not even sure that I'm asking this in the right way.
How does one set up the equations to determine the characteristics of quantum tunneling if you have a particle with a particular energy inside an event horizon?
For example, suppose you have a particle with an energy of 7.311e8 J and a wavelength of 18.8 Planck lengths inside a spherical potential well with a radius of 1.5 Planck lengths. Is there any way (I may need to use a metric tensor) to figure out the tunneling probability or lifetime?
How does one set up the equations to determine the characteristics of quantum tunneling if you have a particle with a particular energy inside an event horizon?
For example, suppose you have a particle with an energy of 7.311e8 J and a wavelength of 18.8 Planck lengths inside a spherical potential well with a radius of 1.5 Planck lengths. Is there any way (I may need to use a metric tensor) to figure out the tunneling probability or lifetime?