Posts by 

Paul Scott Anderson

Astronomers glimpse growth of baby planet shrouded in dust

Using the Very Large Telescope, astronomers have seen the growth of baby planet AB Aurigae b. It is still surrounded by dust in its protoplanetary disk.

Exoplanet TRAPPIST-1e: New hints of a habitable world?

The 1st analysis results from the Webb space telescope indicate that exoplanet TRAPPIST-1e might have an atmosphere of nitrogen and methane.

Do organics in Enceladus’ plumes really come from its ocean?

Scientists have thought the organics in Enceladus' plumes originate in its ocean. A new study suggests at least some of them might be formed by radiation.

Mystery of fastest white dwarfs solved?

Astronomers have identified why the fastest white dwarfs in the Milky Way are so speedy. They are ejected by supernova explosions after 2 white dwarfs collide.

Mars’ interior might contain remnants of baby planets

A new study of seismic data from marsquakes shows that Mars' interior is lumpy. The debris, deep in the mantle, came from large impacts billions of years ago.

Stunning new solar flare images show unprecedented detail

New solar flare images from the Daniel K. Inouye Solar Telescope reveal a solar flare and coronal loops in unprecedented high-resolution detail.

Exotic steam world exoplanets focus of new research

Researchers at UC Santa Cruz developed a new model to study steam world exoplanets, or sub-Neptunes, with hot steamy atmospheres and layers of exotic water.

How to find aliens: Look when their planets are aligned

A new study proposes a novel idea for how to find aliens: Look for their deep space communications when their planets are in alignment, as seen from Earth.

How dark matter in exoplanets could create new black holes

A new study suggests that particles of dark matter in exoplanets could form tiny black holes, which would eventually turn entire planets into black holes.

The Wow! Signal: New analysis closes in on mysterious source

The Wow! Signal, a mysterious radio signal detected in 1977, remains unexplained. However, a recent analysis of the data suggests new possibilities.