Vikram Samvat

The Rishies gave different names starting from Prabhava for the Jovian Cycle of 60 years !

Maxwell pulls Kangaroos to victory

Great batting by Glenn Maxwell and co saw Aussies score 376. SL started well, with a century by Sangakara, but could only muster 312. 

Aussies' formidable batting line up, displayed its wonders today, as they amassed 376 off the hapless Sri Lankans. A blistering 102 off 53 balls by Maxwell and half centuries by Clarke, Smith and Watson saw them amass 376, pushing the match away from SL.

Despite Sanga's spirited 100 ( his third consecutive 100 ), SL could not make it. Dilshan's 62 and Chandimal's 62 went in vain !

A great match, with both sides scoring over 300 and the better side winning !

Strategies for India !

Gayle and Bram Villiers are impact batsmen, who can change the complexion of the game.

In one WC match, Pat Symcox, the offspinner bowled the first over to Gayle. The ball pitched on the middle stump, turned and took the edge of the bat and went to slips. Gayle out for a blob ! That is how the South Africans took Gayle !

We advocate the same method. Let Ashwin bowl the first over to Gayle . The ideal combination, off spinner to left hander !

Hope Ind beat WI on 6th.

Regarding Bram Villiers, his Achilles heel is getting himself run out. Just tighten the fielding when he comes.

Another impact player is Shahid Afridi. He can be a huge threat to any side. He is vulnerable in the initial stages. He has a habit of trying to hit the first ball for six. Highly praiseworthy, but risky. So tempt him with spin !

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Of Simsumara Swaroopa in Vedas !

Simsumar refers to the constellations of Capricornus, Delphinus and Draco

Of Mars

Mars is the son of Earth, according to Indian Mythology, Bhoomi Putra.

Bhoomi Putro Maha Thejo
Jagatam Bhayakrit Sada
Vishti hrit Vishti harta cha
Peedam Harathu me Kuja !

Astronomy of Ancient India

Early Indian Astronomy

The practices of astronomy and astrology in ancient India had their roots almost four thousand years ago. Much of what we know about Indian astronomy comes from the Sanskrit sacred books called the Vedas. These religious texts were a series of hymns composed over several hundred years, and offer intriguing insights into the way Indians of the time viewed the sky. As in most ancient cultures, events in the heavens were believed to have direct effects on people. The practice of astrology, of divining a person's future based on physical phenomena, was a driving force in the advancement of astronomy as a science.
In the Veda texts, the gods were called Devas, which means 'bright' and refers to the luminous nature of the sun and stars. The Sun, comets, the sky, dawn, and the horizon were all deified based on their attributes. To the ancient Indians, the horizon held an immense amount of mystique: it was there that the question 'Will the sun rise again?' was answered every day. A beautiful verse from a Veda mentioning the Indian affinity for dawn says:

'Thou art a blessing when thou art near
Raise up wealth to the worshipper, thou mighty Dawn
Shine for us with thy best rays, thou bright Dawn
Thou daughter of the sky, thou high-born Dawn.'

The earliest Veda text mentioning astronomy is called the Rig Veda, and was written around 2000 B.C. At that time, the earth was considered to be a shell supported by elephants, which represented strength, and were themselves supported by a tortoise, representing infinite slowness.


Indian Astronomy in the First Millenium

As time progressed, Indian astronomy became more scientific and less spiritual. Beginning in the first century, it seems clear that Indian astronomers recognized that the stars are the same as the Sun, only farther away. Verses mention that the night sky is full of suns, and that when our Sun goes below the horizon, a thousand suns take its place. This is an incredible scientific leap in thought. The Earth was at this time considered to be spherical, and various astronomers attempted to measure its circumference. Interestingly enough, the Sun was widely believed to be the center of the universe, an idea which pre-dates western science (with the exception of a few Greek believers) by about 1100 years. However, this idea may be much older: vague references to the sun being in the center of the universe exist in Vedic writings from as early as 3000 B.C.

In the 5th century, a great Indian astronomer and mathematician named Aryabhatta advanced this heliocentric theory and also discussed his idea that the Sun is the source of moonlight. He also studied how to forecast eclipses (see photo below). His books and others were translated into Latin in the 13th century, and profoundly influenced European mathematicians and astronomers.

Several Indian scientists of the 6th century also were the first to advance the idea of gravity. They noticed that a special force keeps objects stuck to the earth, and hypothesized that the same force might be responsible for holding heavenly bodies in their place. The idea pre-dates Newton's conception of gravity by about 1100 years.

http://starteachastronomy.com/indian.html

Chyuthi Samskaram

Chyuthi is Orbital Eccentricity. If the motion of the planet is circular, there wont be any eccentricity. As it is elliptical, eccentricty has to be computed. Its values range from 0 to 1 at Ellipse, 0 at Circle and 1 at Parabola ! Chyuthi Samskaram

 in Indian Astronomy means to compute the eccentricity of the planet and reduce the Mean Longitude of the Planet to its Heliocentric Longitude ( Vikshepa Vritteeya Manda Sphuta ).