Molecular Black Hole

A team of astronomers have modelled emission lines using data from various bservatories to demonstrate how supermassive clouds can influence star formation in interstellar clouds. Measuring the gas pressure in interstellar clouds impacted by jets and ambient clouds, revealed that there was change in the internal and external pressure of the molecul...

Researchers from Kansas State University in the US successfully used short pulses of ultra-intense high-energy X-rays to produce a detailed picture of how X-ray radiation interacts with molecules.

Scientists, using the world's most powerful X-ray laser, have successfully created a molecular black hole consisting of heavy atoms that suck electrons from their neighbours.

A team of astronomers have modelled emission lines using data from various bservatories to demonstrate how supermassive clouds can influence star formation in interstellar clouds. Measuring the gas pressure in interstellar clouds impacted by jets and ambient clouds, revealed that there was change in the internal and external pressure of the molecul...

Researchers from Kansas State University in the US successfully used short pulses of ultra-intense high-energy X-rays to produce a detailed picture of how X-ray radiation interacts with molecules.

Scientists, using the world's most powerful X-ray laser, have successfully created a molecular black hole consisting of heavy atoms that suck electrons from their neighbours.