Non-Standard neutral kaons dynamics from D-brane statistics

TL;DR

This paper explores how non-standard, dissipative dynamics of neutral kaons can arise from their interaction with a D-brane environment modeled as a heat bath of quanta with infinite statistics, extending traditional quantum descriptions.

Contribution

It introduces a D-brane-based environment as a source of non-unitary, dissipative dynamics in neutral kaons within the open quantum systems framework.

Findings

D-branes can induce non-standard time evolution in kaon systems

The environment modeled as a heat bath of infinite statistics quanta

Extension of quantum dynamics to include dissipative effects

Abstract

The neutral kaon system can be effectively described by non-unitary, dissipative, completely positive dynamics that extend the usual treatment. In the framework of open quantum systems, we show how the origin of these non-standard time evolutions can be traced to the interaction of the kaon system with a large environment. We find that D-branes, effectively described by a heat-bath of quanta obeying infinite statistics, could constitute a realistic example of such an environment.