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Astronomy is basically the study of everything outside the Earth’s atmosphere from a scientific perspective. It is a natural science that deals with the evolution, physics, chemistry, meteorology, and movement of celestial objects like stars, planets, comets, and galaxies, plus phenomena that occurs outside the Earth’s atmosphere, such as cosmic background radiation. Things that occur outside our atmosphere not only have an influence on outer objects they also influence everything that happens right here were we live. The science of astronomy is used to better understand the formation and growth of the universe, which helps to determine possible future scenarios in the universe, and how they might affect the Earth, thus effecting life on Earth. It’s a process of mixing known facts with observational based theories, to avoid disasters, and reinforce the strength of living conditions for the life that currently inhabits our planet, and for future generations of life to come.

Early civilizations such as the Egyptians, Babylonians, Greeks, Chinese, and Indians used astronomy for simple, yet valuable, everyday purposes like determining seasons, letting them know the proper time to plant and harvest their crops, making calendars, so they could keep records in time format, and for navigation, which surveyors could use to make maps to aid in travel. Evidence of this is found in ancient artifacts including carvings on walls and sculptures, as well as written texts. This early form of the science was based on observation from the naked eye alone, so the information was often inaccurate. The invention of the telescope in the early 1600s revealed more detail in the things that could be seen by the naked eye, and those that are unseen by the naked eye. This helped to make more accurate measurements, ensuring better time keeping for records, enhanced farming conditions, and improved navigation.

As the science of astronomy began to grow and advance through comparisons of recorded materials, enhanced by the use of the telescope (and later the satellite), applications for the science also increased. Astronomy could then be used to determine past events that occurred in space and on Earth, and possible future events that could happen. This type of information is useful for making mathematical predictions in weather conditions, and any other natural events that have an effect on the Earth. For instance wave activity in the ocean. Besides natural conditions, the knowledge of physical mechanics was heightened, strengthening engineering techniques in terms of stress on objects, and the relativity of objects on one another.

Today, scientists have a large amount of collected data and equipment to help them with their observations. But it doesn’t take a degree in astronomy to contribute. The most remarkable findings were discovered by amateur astronomers. If you’re interested in learning about astronomy or just mildly curious about the things in space, then here are a few tips to get you started. First get the proper tools. You’ll need a star chart, binoculars, a telescope, and of course a notepad for writing, and making illustrations. The next step, and probably the most important step is research. Check out information gathered by previous observers from books at your local library or online. Having a little background on the history and movement of the celestial bodies, will help you figure out where to start, and give you something to compare to, which will make your footprint in astronomy larger than those before you. When observing the heavens, make sure to do it at night to avoid damage to your eyes by the sun. Take at least 10 minutes for your eyes to adjust to the darkness, and avoid bright lights. This will help you to see things clearer. Finally record everything that you observe in great detail.

Astronomy is a branch of science which deals with the study of the celestial objects that includes the stars, planets, comets, galaxies, the solar system and the phenomenon that exists outside the Earth’s atmosphere. Astronomy is one of the oldest sciences. It left some astronomical artifacts like the Stonehenge, the Egyptian monuments. It also includes discipline like astrology, celestial navigations, making of calendars and observational astrology.

In the 20th century astronomy have been divided into two branches, the theoretical and observational branches. Theoretical astronomy deals with the development of computer or analytical models that describes astronomical objects and phenomena. Observational astronomy deals with the acquisition of data from observations of celestial objects, which is then analysed using the principles of physics.

As astronomy evolved, many significant discoveries were made while in the earlier times, it only comprised of observing and predicting the motions of objects that is only visible to the naked eye. Most of early astronomy consisted of mapping the positions of the stars and planets and from these observations; ideas about the motion of the planet were formed. The Earth was believed to be the center of the Universe, and the Sun, the Moon and the Stars rotate around it. This was then known as the geocentric model of the Universe.

The Babylonians early important development in mathematical and scientific astronomy leads to the discovery that lunar eclipses recurred in a repeating cycle. During the Middle ages, astronomy flourished in the Islamic world that led to the emergence of the first observatories in the Muslim World by the early 9th century. In 964, a Persian astronomer Azophi, discovered the Andromeda galaxy, the nearest galaxy to the Milky Way. The Supernova, known to be the brightest magnitude stellar event was observed by the Egyptian Arabic, Ali ibn Ridwan and the Chinese astronomers in 1006.

During the Renaissance period, Nicolaus Copernicus proposed a heliocentric model of the Solar System which later on depended, expanded and corrected by Galileo Galilei and Johannes Kepler. Galileo used his telescopes to enhance and support his observations; while Kepler was the first to develop a system that described the details of the motion of the planets with the Sun at the center, though he did not succeed in formulating a theory behind his laws. It was left to Newton’s laws of celestial dynamics and gravitation that finally explains the motions of the planets.

Significant advances in astronomy came about with the introduction of new technologies such as the spectroscope and photography. The year 2009 was declared to be the International year of Astronomy by the International Astronomical Union and endorsed by UNESCO; it was intended to be a global celebration of astronomy and its contributions to society and culture.

Even though scientific discipline of astronomy made tremendous success and achievements in understanding the nature of the universe and its contents, over history there remained some important unanswered questions, and answers to these questions will require a deeper analysis of the Universe.

The Astrology in India has been practiced over a thousand years. We predict from date of birth based on Varsha Dasa, Natla and Varsha Lagna Chart with our calculations. We predict for one year, Five years, Ten years and Twenty Years.

This horoscope is based on Date, Time and Place of birth provided by the native and we do not stand any responsibility for the accuracy of this data. Astrological calculations and predictions are all based on this basic input given by the native.

Predictions given in the horoscope are indicative tendencies and likelihood and not strike guidelines for action by native. User is suggested to treat these predictions & suggestions with due care and caution, since it is software generated predictions and not done manually

The horoscope and the information given in the following pages shell not be made a cause of legal dispute for any actual or consequential loss to the user. No cause of action for any damage or otherwise can therefore be entertained.

We cannot be held responsible for possible distress or other unpleasantness resulting from the counsel.