Solar flares accelerate energetic electrons that escape into interplanetary space, guided by the Parker spiral magnetic field ...

The interstellar plasma is turbulent and scatters pulsar radio waves slightly away from a direct, straight line path. The ...

With the most powerful radio telescope in the southern hemisphere, we have observed a twinkling star and discovered an ...

Abstract: Radio-wave scattering from natural surfaces contains a strong quasispecular component that at fixed wavelengths is consistent with specular-point theory, but often has a strong wavelength ...

Abstract: The scattering of radio waves in the solar corona will eradicate the fine structure of radio source brightness distributions. The magnitude of this effect is estimated for observations in ...

ABSTRACT: Based on complex variable theory, this study investigates the scattering of SH-waves by a circular inclusion in exponentially inhomogeneous media with nanoscale-dependent density and modulus ...

ABSTRACT: Based on complex variable theory, this study investigates the scattering of SH-waves by a circular inclusion in exponentially inhomogeneous media with nanoscale-dependent density and modulus ...

Astronomers have described the first measurements of plasma layers within an interstellar shock wave that surrounds a pulsar.

FURTHER observations by Mr. Krishnan and myself on the new kind of light-scattering discovered by us have been made and have led to some very surprising and interesting results.

Postdoctoral Researcher, Pulsar Timing and Gravitational Waves, Swinburne University of Technology With the most powerful radio telescope in the southern hemisphere, we have observed a twinkling ...

Daniel Reardon is a Postdoctoral researcher at Swinburne University of Technology, studying pulsars and gravitational waves. With the most powerful radio telescope in the southern hemisphere ...