With the help of NASA, Planck was able to construct a composite image from observations of the Milky Way Galaxy made at wavelengths of light longer than what we see with the naked eye. According to Charles Lawrence, NASA’s Jet Propulsion Laboratory, Planck is equipped enough to see not only the old light from the origin of our universe, but also gas and dust in today’s galaxy. Planck stated that it would make the data (that will be detailing all the observations made in the entire mission) available to the public on 5th February (Jet Propulsion Laboratory, Pasadena, California para. 4). With this data, that has informed research in matters including dark matter, theories on the cosmos will be put to a test and the knowledge we have on the universe revolutionized.
There are several points of interest in Planck’s mission. For any study on the origin of the universe, there are some issues that need to be addressed. Dark energy is said to have had a lot of power over the formation of the universe. Today, it is still believed to be affecting the survival of the planet probably due to acting against gravity. Researching on how the dark energy can affect the planet or the universe is imperative to understanding what effects it had during the creation of the universe. The milk way, also, is another important part of the study. Our planet is found in the milk way, and it is, therefore, crucial that proper knowledge of the region is acquired.
Among some of the most striking findings is the length of time the universe was supposed to have remained in darkness. Planck’s data show that the universe may have remained in darkness during its infantry period for a hundred years or so (Jet Propulsion Laboratory, Pasadena, California para. 5). This research, however, is inconclusive and subject to review