Inversion of a two-level atom by quantum superoscillations

TL;DR

This paper demonstrates that a high-frequency two-level atom can be inverted through non-radiative energy transfer from a cluster of low-frequency atoms exhibiting quantum superoscillations, potentially explaining biophoton emission.

Contribution

It introduces a novel mechanism for atom inversion via quantum superoscillations and F"orster energy transfer, linking quantum phenomena to biophoton emission.

Findings

High-frequency atom inversion achieved through superoscillations

F"orster energy transfer enables non-radiative excitation

Potential explanation for biophoton emission phenomena

Abstract

We show that a two-level atom with a high transition frequency {\omega}_SO can be inverted via non-radiative interaction with a cluster of excited low-frequency two-level atoms or quantum oscillators whose transition frequencies are smaller than {\omega}_SO. This phenomenon occurs due to the F\"orster resonant energy transfer arising during a train of quantum superoscillation of low-frequency two-level atoms. The suggested model could explain the mechanism of biophoton emission.