Transverse and Longitudinal Doppler Effects of the Sunbeam Spectra and Earth-Self Rotation and Orbital Velocities, the Mass of the Sun and Others

TL;DR

This paper demonstrates how Doppler effects in sunlight spectra can be used to determine Earth's rotational and orbital parameters, as well as the Sun's mass, enabling a global positioning scheme based on spectral analysis.

Contribution

It introduces a novel method linking Doppler effects in sunlight spectra to Earth's and Sun's parameters, including a practical global positioning scheme.

Findings

Earth's rotation and orbit velocities can be derived from spectral Doppler effects.

The Earth's orbital parameters and the Sun's mass can be estimated using spectral analysis.

A global positioning scheme based on sunbeam spectra is proposed.

Abstract

The transverse and longitudinal Doppler effects of the sunbeam spectra are shown to result in the earth parameters such as the earth-self rotation and revolution velocities, the earth orbit semi-major axis, the earth orbital angular momentum, the earth axial tilt, the earth orbit eccentricity, the local latitude and the mass of the sun. The sunbeam global positioning scheme is realized, including the earth orbital position. PACS numbers: 91.10.Fc, 95.10.Km, 91.10.Da, 91.10.Jf.