Photon intrinsic frequency and size in stringy photon model

TL;DR

This paper models the photon as an open string with rotational and pulsating motions, calculating its intrinsic frequency and size using string theory concepts, and finds these properties are comparable to baryons.

Contribution

It introduces a stringy photon model that estimates the photon’s intrinsic frequency and size, providing a novel string-based perspective on photon properties.

Findings

Photon intrinsic frequency: 9.00×10^{23} sec^{-1}

Photon size: 0.17 fm

Comparable to baryon properties

Abstract

Exploiting an open string which performs both rotational and pulsating motions, we investigate a photon intrinsic frequency. Explicitly evaluating the zero point fluctuation of the string which is delineated in terms of the quantum mechanical ground state energy in the vibrational mode of the string and the classical energy in the rotational mode, we find that the intrinsic frequency of the photon is given by $\omega_{\gamma}=9.00\times 10^{23}~{\rm sec}^{-1}$ and comparable to those of the baryons such as nucleon and delta baryon. Next, we calculate the photon size $\langle r^{2}\rangle^{1/2}(\rm photon)=0.17~{\rm fm}$ in a phenomenological stringy photon model.