INSIDE SCIENCE

  1. Kepler - 90 Kepler-90 is a G-type main sequence star just like our Sun. This star is named 2 MASS JI857 4403 + 4918185. This name is too long for this star. G-type stars are also called yellow dwarf stars. Such stars process nuclear fusion by converting hydrogen into helium gas which produces energy. The Kepler-90 was discovered on December 14, 2017. Interestingly, it was discovered by NASA and Google. The data was analysed with the help of Google's machine learning method. It is also called Artificial Intelligence. The most important thing about the Kepler-90 star is that it has been confirmed to have 8 planets just like our solar system.  This star exist in the constellation Draco at a distance of 2,840 light years from us. The number of star and planets in this star system corresponds exactly to our solar system, with the possibility that many of its planets may be in the habitable zone. The surface temperature of Kepler-90 is assumed to be 5,700 Kelvin. The surface tempe

  1. Eris is a dwarf planet discovered in 2005. It is considered to be the most massive and second largest dwarf planet in our solar system. 2. Eris has a radius of about eleven hundred kilometers and an orbital period of 558 years.

1. A JOINT MISSION First and foremost, the James Webb space Telescope (jwst) is a joint mission of NASA-ESA and CSA space agencies. If you don't know about CSA, this is the Canadian Space Agency. It is being developed as a next generation space telescope. Which will replace the Hubble Space Telescope. It is manufactured by two companies. The first company is Northrop Grumman Corporation, an American global aerospace and defence technology company. The other company is called Ball Aerospace & technologies. This company is an American company known for making spacecraft and their components. The James Webb Space Telescope is being built at a very advanced level. Which will provide many times better Infrared resolution and Sensitivity than the Hubble Space Telescope. This will give us a lot of information about the galaxies that will be formed in the beginning after the birth of the universe. This will revolutionize our knowledge of astronomy and cosmology.𑁋james web space tele

Discovering an object or event far away in the universe gives us answers to many questions and also raises new questions. To do this, space telescopes play an important role in the world of science, keeping an eye on different parts of the universe at all times. So many special space telescopes will be launched by various space agencies this year and in the near future. Through which we will learn a lot about this mysterious universe. 1. IXPE ( Space Mission) IXPE stands for The Imaging x-ray Polarimetry Explorer, a space observatory. What is special about this space telescope is that it has three identical telescopes that will help scientists in measuring the polarization of cosmic X-rays. With the help of this mission we will be able to study exotic astronomical objects in more depth. It will also help to understand the magnetic field of black holes. Which will also be able to map the magnetic field. Along with black holes we will also learn a lot about neutron stars, pulsars, quasar

 1. Scientists say that the maximum temperature limit in our universe is 142 nonillion degrees Celsius. This is called plank temperature. 2. According to the biocentrism theory , our entire universe is only present when we observe it. 3. According to the Zoo Hypothesis we have been captured on this earth by an advanced alien civilization, and we are part of an experiment. 4. With any powerful telescope we can only see the universe 400,000 years after the Big Bang. There was no light to see before that. 5. In the entire universe, only 5% of ordinary matter exists, the remaining 95% is dark matter and dark energy , which is impossible to see and detect. 6. The diameter of the observable universe is about 93 Giga light years.   1 Giga light year means 1,000,000, 000 light years. 7. The brightest member of the Laniakea Supercluster is the Milky Way Galaxy. 8. According to scientists, there are more than 500 million planets in the Milky Way galaxy on which life is possible. 9

 1. Cyril’s star which is located about 13,000 light years from the Galactic Halo is estimated by scientists to be 12.5 billion years old. 2. The star named WR 102 is having a surface temperature of about 210,000k which makes it the hottest star of the universe. 3. The Constellation Hydra is the largest of all 88 constellations. There are 17 major stars in the Constellation Hydra. 4. The first exoplanet to be discovered by scientists is called Gamma Cephei Ab, and it is located 45 light years away from us. 5. Hyades is the closest open star cluster to us and is about 153 light years away. 6. The first Quasar to be discovered was named 3C48, which was detected in 1960. 7. The nearest black hole to the sun is called Qv Tel Ab or HR 6819, which is part of a triple star system just 1,200 light years away. 8.  A star named MACS J1149 lensed star 1 existed at a very large distance of about 14,400 million light years from us. 9. 4U 1700-37 is a neutron star and is the mos