LHC Particle collider opening chart.

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|| Om Gurave Namah ||Dear Jyotishas, A very costly and large scientific research tool to understand the sub-atomic particles was opened in Geneva. The Chart and news article is given below.

Here are some of my observations on the opening chart,1) Kaala Sarpa Yoga: All grahas are in the Grasp of Rahu. This indicates how everyone in the organization is keenly involved in Research. Rahu indicates research and the whole team (All the other grahas) would be under full grasp of Rahu. Rahu is natural directions in downwards and likes to dig deep. Hence here it's trying to get to the root of creation. Rahu is in Shravana Nakshatra. Shravana Nakshatra is ruled by Vishnu and indicates the origin.

2) Nearly All Grahas in Chara Kaaraka Replacements : Except Venus all grahas are under chara kaaraka replacement. Rahu does not get a chara kaaraka role in Mundane charts. Sun - AmK 24 Le 01' 27.61 " PPha 4 Le Sc AmK-Empty

Moon - AK 24 Sg 31' 10.99 " PSha 4 Sg Sc Ak-Replaced by Sun

Mars - MK 20 Vi 10' 38.88 " Hast 4 Vi Cn MK-Empty

Mercury - BK 20 Vi 46' 52.89 " Hast 4 Vi Cn Bk-Replaced by Mars

Jupiter - DK 18 Sg 34' 31.99 " PSha 2 Sg Vi DK-Empty

Venus - PK 19 Vi 11' 39.80 " Hast 3 Vi Ge

Saturn - GK 18 Le 44' 58.21 " PPha 2 Le Vi GK-Replaced by Jupiter

Rahu 22 Cp 56' 31.34 " Srav 4 Cp Cn

Ketu 22 Cn 56' 31.34 " Asre 2 Cn Cp

The empty chara kaarakas would be replaced by corresponding Sthira Kaaraka.This indicates lots of organizational changes.3) AL has Saturn with Sun: Saturn indicates that there may some infamy caused.

Overall I think it may not meet the objectives.Warm RegardsSanjay PLarge Hadron Collider (LHC)

 

Natal Chart September 10, 2008

Time: 10:36:00Time Zone: 2:00:00 (East of GMT)

Place: 6 E 10' 00 " , 46 N 12' 00 " Geneva, Switzerland

Altitude: 0.00 metersLunar Yr-Mo: Sarva-dhari - Bhadrapada

Tithi: Sukla Ekadasi (Ma) (95.87% left)Vedic Weekday: Wednesday (Me)

Nakshatra: Poorvashadha (Ve) (16.10% left)Yoga: Soubhagya (Ve) (35.92% left)

Karana: Vanija (Ve) (91.74% left)Hora Lord: Jupiter (5 min sign: Le)

Mahakala Hora: Jupiter (5 min sign: Pi)Kaala Lord: Saturn (Mahakala: Moon)

Sunrise: 7:07:26Sunset: 19:56:02

Janma Ghatis: 8.6901Ayanamsa: 23-58-42.78

Sidereal Time: 8:19:41Body Longitude Nakshatra Pada Rasi Navamsa

Lagna 2 Li 08' 56.57 " Chit 3 Li Li

Sun - AmK 24 Le 01' 27.61 " PPha 4 Le ScMoon - AK 24 Sg 31' 10.99 " PSha 4 Sg Sc

Mars - MK 20 Vi 10' 38.88 " Hast 4 Vi CnMercury - BK 20 Vi 46' 52.89 " Hast 4 Vi Cn

Jupiter - DK 18 Sg 34' 31.99 " PSha 2 Sg ViVenus - PK 19 Vi 11' 39.80 " Hast 3 Vi Ge

Saturn - GK 18 Le 44' 58.21 " PPha 2 Le ViRahu 22 Cp 56' 31.34 " Srav 4 Cp Cn

Ketu 22 Cn 56' 31.34 " Asre 2 Cn CpMaandi 25 Li 56' 20.69 " Visa 2 Li Ta

Gulika 16 Li 58' 45.50 " Swat 4 Li PiBhava Lagna 16 Li 01' 26.31 " Swat 3 Li Aq

Hora Lagna 8 Sg 09' 51.84 " Mool 3 Sg GeGhati Lagna 14 Ta 35' 08.44 " Rohi 2 Ta Ta

Vighati Lagna 16 Cn 41' 31.42 " Asre 1 Cn SgVarnada Lagna 2 Cn 08' 56.57 " Puna 4 Cn Cp

Sree Lagna 4 Le 10' 53.17 " Magh 2 Le TaPranapada Lagna 16 Pi 49' 58.25 " Reva 1 Pi Sg

Indu Lagna 24 Cp 31' 10.99 " Dhan 1 Cp LeDhooma 7 Cp 21' 27.61 " USha 4 Cp Pi

Vyatipata 22 Ge 38' 32.39 " Puna 1 Ge ArParivesha 22 Sg 38' 32.39 " PSha 3 Sg Li

Indra Chapa 7 Cn 21' 27.61 " Push 2 Cn ViUpaketu 24 Cn 01' 27.61 " Asre 3 Cn Aq

Kaala 23 Sc 59' 52.15 " Jye 3 Sc AqMrityu 14 Cp 59' 49.54 " Srav 2 Cp Ta

Artha Prahara 23 Le 00' 04.91 " PPha 3 Le LiYama Ghantaka 11 Vi 03' 59.68 " Hast 1 Vi Ar

Prana Sphuta 27 Ar 43' 28.34 " Krit 1 Ar SgDeha Sphuta 3 Vi 08' 13.38 " UPha 2 Vi Cp

Mrityu Sphuta 22 Ge 52' 46.11 " Puna 1 Ge ArSookshma TriSphuta 23 Sg 44' 27.83 " PSha 4 Sg Sc

TriSphuta 13 Cp 38' 53.05 " Srav 2 Cp TaChatusSphuta 7 Ge 40' 20.66 " Ardr 1 Ge Sg

PanchaSphuta 0 Ar 36' 52.00 " Aswi 1 Ar ArKunda 24 Pi 04' 21.97 " Reva 3 Pi Aq

+--------------+| | |GL | |

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|-----------+-----------------------+-----------|| | |Ke |

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|-----------| Rasi |-----------||Ra | |Su Sa |

| | |AL || | | |

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|-----------+-----------------------+-----------||Mo Ju | |As Md |Ma Me |

|HL | |Gk |Ve || | | | |

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Vimsottari Dasa (started from Moon):Ven Ven 1991-11-29 Sun 1995-03-28 Moon 1996-03-27

Mars 1997-11-29 Rah 1999-01-27 Jup 2002-01-27 Sat 2004-09-30 Merc 2007-11-30 Ket 2010-09-30

Sun Sun 2011-11-30 Moon 2012-03-15 Mars 2012-09-18 Rah 2013-01-21 Jup 2013-12-17 Sat 2014-10-06

Merc 2015-09-18 Ket 2016-07-24 Ven 2016-11-29 Moon Moon 2017-11-29 Mars 2018-09-30 Rah 2019-04-28

Jup 2020-10-30 Sat 2022-02-26 Merc 2023-10-01 Ket 2025-02-26 Ven 2025-09-30 Sun 2027-05-29

Mars Mars 2027-11-30 Rah 2028-04-24 Jup 2029-05-13 Sat 2030-04-18 Merc 2031-05-29 Ket 2032-05-25

Ven 2032-10-24 Sun 2033-12-23 Moon 2034-04-27 Rah Rah 2034-11-29 Jup 2037-08-12 Sat 2040-01-04

Merc 2042-11-12 Ket 2045-05-28 Ven 2046-06-16 Sun 2049-06-16 Moon 2050-05-10 Mars 2051-11-12

Jup Jup 2052-11-29 Sat 2055-01-16 Merc 2057-07-30 Ket 2059-11-06 Ven 2060-10-12 Sun 2063-06-11

Moon 2064-03-28 Mars 2065-07-30 Rah 2066-07-05 Sat Sat 2068-11-29 Merc 2071-12-03 Ket 2074-08-12

Ven 2075-09-22 Sun 2078-11-21 Moon 2079-11-03 Mars 2081-06-01 Rah 2082-07-12 Jup 2085-05-16

Merc Merc 2087-11-30 Ket 2090-04-25 Ven 2091-04-22 Sun 2094-02-20 Moon 2094-12-29 Mars 2096-05-28

Rah 2097-05-26 Jup 2099-12-15 Sat 2102-03-20 Ket Ket 2104-11-30 Ven 2105-04-26 Sun 2106-06-27

Moon 2106-11-04 Mars 2107-06-02 Rah 2107-11-01 Jup 2108-11-19 Sat 2109-10-26 Merc 2110-12-04

http://ap.google.com/article/ALeqM5g5nGPtmoUVIJDgehVJ_snD6vDA6gD933PMQG0

Largest particle collider conducts successful test

By ALEXANDER G. HIGGINS – 1 hour ago

GENEVA (AP) — The world's largest particle collider successfully

completed its first major test by firing a beam of protons all the way

around a 17-mile (27-kilometer) tunnel Wednesday in what scientists

hope is the next great step to understanding the makeup of the universe.After

a series of trial runs, two white dots flashed on a computer screen at

10:36 a.m. (0836 GMT) indicating that the protons had traveled the full

length of the US$3.8 billion Large Hadron Collider. " There it is, " project leader Lyn Evans said when the beam completed its lap.Champagne

corks popped in labs as far away as Chicago, where contributing

scientists watched the proceedings by satellite. Physicists around the

world now have much greater power than ever before to smash the

components of atoms together in attempts to see how they are made. " Well

done everybody, " said Robert Aymar, director-general of the European

Organization for Nuclear Research, to cheers from the assembled

scientists in the collider's control room at the Swiss-French border.The

organization, known by its French acronym CERN, began firing the

protons — a type of subatomic particle — around the tunnel in stages

less than an hour earlier.Now that the beam has been

successfully tested in clockwise direction, CERN plans to send it

counterclockwise. Eventually two beams will be fired in opposite

directions with the aim of recreating conditions a split second after

the big bang, which scientists theorize was the massive explosion that

created the universe.The start of the collider — described as

the biggest physics experiment in history — comes over the objections

of some skeptics who fear the collision of protons could eventually

imperil the earth.The skeptics theorized that a byproduct of the

collisions could be micro black holes, subatomic versions of collapsed

stars whose gravity is so strong they can suck in planets and other

stars. " It's nonsense, " said James Gillies, chief spokesman for CERN, before Wednesday's start.CERN

is backed by leading scientists like Britain's Stephen Hawking in

dismissing the fears and declaring the experiments to be absolutely

safe.Gillies told the AP that the most dangerous thing that

could happen would be if a beam at full power were to go out of

control, and that would only damage the accelerator itself and burrow

into the rock around the tunnel.Nothing of the sort occurred Wednesday, though accelerator is still probably a year away from full power. " On

Wednesday we start small, " said Gillies. " A really good result would be

to have the other beam going around, too, because once you've got a

beam around once in both directions you know that there is no

show-stopper. " The project organized by the 20 European member

nations of CERN has attracted researchers from 80 nations. Some 1,200

are from the United States, an observer country which contributed

US$531 million. Japan, another observer, also is a major contributor.The collider is designed to push the proton beam close to the speed of light, whizzing 11,000 times a second around the tunnel.Smaller

colliders have been used for decades to study the makeup of the atom.

Less than 100 years ago scientists thought protons and neutrons were

the smallest components of an atom's nucleus, but in stages since then

experiments have shown they were made of still smaller quarks and

gluons and that there were other forces and particles.The CERN

experiments could reveal more about " dark matter, " antimatter and

possibly hidden dimensions of space and time. It could also find

evidence of the hypothetical particle — the Higgs boson — believed to

give mass to all other particles, and thus to matter that makes up the

universe.Some scientists have been waiting for 20 years to use the LHC.