- #1
Sagar_C
- 30
- 1
How does one analytically estimate star formation rate in a plasma cloud? Could someone lead me to original references?
jedishrfu said:Try this
http://ned.ipac.caltech.edu/level5/Sept01/Rosa/frames.html
Found by searching google using star formation rate
"Estimating Star Formation Rate in Plasma Clouds" is a scientific method used to calculate the rate at which stars are forming in a plasma cloud, which is a large region of ionized gas in space. This process involves analyzing various factors, such as the amount of gas and dust in the cloud, to determine how many new stars are being created.
Estimating star formation rate in plasma clouds is important because it helps us understand the evolution of galaxies and the universe as a whole. It also provides valuable information about the physical conditions within the plasma cloud, which can give insights into the processes that drive star formation.
There are several methods used to estimate star formation rate in plasma clouds, including measuring the amount of infrared and radio emissions from the cloud, analyzing the colors of stars within the cloud, and studying the distribution of gas and dust within the cloud.
One of the main challenges in estimating star formation rate in plasma clouds is the complex nature of these clouds. They can contain a wide range of temperatures, densities, and chemical compositions, making it difficult to accurately measure and interpret the data. Additionally, other factors such as the presence of active galactic nuclei and star formation feedback can also complicate the estimation process.
Estimating star formation rate in plasma clouds is a crucial part of studying the evolution of galaxies and the universe. By understanding how stars are formed and how this process is affected by the environment within the plasma cloud, scientists can gain insights into the larger processes at work in the universe, such as the formation of galaxies, the creation of elements, and the expansion of the universe.