How can astronomers pierce through the interstellar fog of the Milky Way—not to study distant objects, but to understand the ...

Who knew that magnetic fields could be so useful? Astronomers are able to use magnetic fields to map our environment within ...

There is a large diversity in the chemical composition of astronomical objects such as planets, comets, circumstellar ...

There is a large diversity in the chemical composition of astronomical objects such as planets, comets, circumstellar ...

Researchers mapping a bubble of superheated gas that surrounds our solar system found a surprise, there is a tunnel that may ...

A team of astronomers recently announced that they've detected a possible sign of life on an exoplanet 124 light years away ...

We can probe the ionized interstellar medium through imaging and timing observations of compact radio sources. As the radio waves pass through the interstellar medium, they are distorted and delayed ...

"We are really trying to understand how far we can go, chemically, toward larger biological molecules and what environments ...

It covers an introduction to interstellar medium and molecules, spectroscopy (mainly rotational microwave spectroscopy) as well as infrared and electronic spectroscopy. Astronomical technical issues ...

This previously unknown gap in the cooler interstellar medium appears to act as a passageway, allowing hot gas from the LHB to escape. "What we didn’t know was the existence of an interstellar ...

Bow shocks are crescent-shaped structures formed by the friction of solar wind coming from a star and the interstellar medium, the space between stars. V664 Cas is a binary system consisting of a ...