Few-fermion resonant tunneling and underbarrier trapping in asymmetric potentials

Researchers have investigated the behavior of a small number of fermions within asymmetric potential landscapes. The study focuses on two key quantum phenomena: resonant tunneling, where particles can pass through energy barriers under specific conditions, and underbarrier trapping, where particles become temporarily confined within these barriers. These investigations explore how the asymmetry of the potential influences these quantum effects.

Understanding these quantum phenomena in asymmetric potentials is crucial for developing advanced quantum devices and manipulating quantum states with greater precision.