Transfer matrix calculations for relativistic Klein particles in super-periodic potentials show Klein tunneling with elevated reflection, graphene transmission resonances dependent on barrier count and periodicity order, and near-unity tunneling in GSVC fractals near gamma=1.
Thus, for a general Cantor fractal system, length lG of the potential segment at any given stage G can be expressed using Eq.(38)
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Relativistic particles in super-periodic potentials: exploring graphene and fractal systems
Transfer matrix calculations for relativistic Klein particles in super-periodic potentials show Klein tunneling with elevated reflection, graphene transmission resonances dependent on barrier count and periodicity order, and near-unity tunneling in GSVC fractals near gamma=1.