Home Contact Us Sitemap
xavier3raja@aol.com

DOCUMENTARY OF THE UNIVERSE

Some living being lives in Galaxy’s Oort cloud, How to turn out Stars and Earth,
How to much more water and oil in Earth, Layers in Uranus’s Moon Miranda and Jupiter’s Moon Europa, Mars and in Earth
In the region between Mars and Jupiter, two planets did not get spherical shapes. One Asteroid belt other one Milky Way
Milky Way can be seen south of Australia and Antarctica. Jupiter and Mars speed is very difference to other planets

My patented invention of Frequency Trace Mover has been given to the army of our country. For that I was awarded with Bharat Gaurav Award and Best Citizens of India Award. So far, I have registered eight patents. My inventions were published in Asia Pacific Who’s Who-Vol:XV, Nation’s Who’s Who 2016 and Best Citizens of India 2016 books.

Now, through this article I express my view of how Earth and other planets were separated from the Sun which was separated from Sagittarius Dwarf Elliptical Galaxy. From this, we come to know the origin of planets, stars, and the reason why most part of the Earth is water, there is no living beings in other planets and the existence of life in Oort Cloud.

Once in a few years all planets of the Sun family align in a straight line. This shows that all planets have separated from the Sun.

We can see the joints, for the Earth taking spherical shape, in Pacific Ocean for about 15,000 Km.

Climate change will not affect Earth. When the Earth obtained its spherical shape, the enormous amount of water which were not in the effect of gravitational force were released out of Earth. We can see the expelled out water 300 Km above Arctic and Antarctica as clouds. This is known as Aurora. This Aurora is not seen in any other planet.

The asteroids which fell on Earth have minerals which are already available in Earth.

During full Moon time, the light and heat from the Sun fall completely on moon and its upper portion get heated more; the heat pulls the cool of the Earth. So the sea level rises more than 5 feet in the places which are in the region of Equator.

In the region between Mars and Jupiter, a planet has separated from the Sun. This planet was five times bigger than the Earth. It revolved around the Sun in circular path without getting the right spherical shape. The planet exploded into smaller parts and completely deformed. Lakhs (10 million) of stones burst from this planet are seen as stars. The region where these stars are available is called Asteroid belt.

The planets belonging to Sun family have more heat and all planets have different layers in it.

The Sun is 109 times bigger than the earth. When Sun crossed Galaxy Solar, layers for about 3000 Km were formed around the Sun. the Sun became bigger. During the journey, the water from the Galaxy Solar System and Oort Cloud got collected on the Earth which was the lower part of the Sun then.

When the planets Neptune, Uranus, Saturn and Jupiter were separated, the vibration made circular shaped stones. These are seen as ring around these planets.

The Sun emerged as a result of atomic fission from the central nuclear part of Sagittarius Dwarf Elliptical galaxy. Sun crossed completely the Solar System around the Galaxy. This Solar System around the Galaxy was filled with contains of different colors. It had dense clouds, salt, oil, molten metals, different colour of molten rock, dust, water filled contains and Meteoroids.

From the central nuclear portion of Sagittarius Dwarf Elliptical galaxy, the Sun emerged due to atomic fission. A vacuum line can be seen in the Solar System surrounding the Galaxy. This vacuum is the way through which the Sun came out. When the Sun emerged through the way through which it came out, had molten rocks, molten metals, water, oil and different contain which deposited as layers on the upper part of the Sun for about 3000 Km. Sun crossed 5000 Crore Km through the Solar system of the Galaxy. Also it crossed 600 crore Km on Oort Cloud which is the last part of the Galaxy. In Oort cloud snow like clouds are available. Next, Sun crossed about 300 Crore Km in vacuum. During this journey in vacuum, the layers deposited on the Sun got heated because of the heat from central part of the Sun. Due to this heat, the water became vapor. The vapor looks like clouds in the space. This vapor in the space is called Kuiper belt. Kuiper Belt is present for about 4000 Crore km.

After crossing the Kuiper Belt, the sun travelled 500 crore Km in vacuum. The heat of the center of the Sun heated the layers. The layers exploded into planets. Due to the speed of the Sun and the acceleration by the explosion, the planets got spherical shape. The exploded small parts became satellite of planets. The planets retained the same heat as that when it was with the Sun. The planets revolve around the Sun as the solar sytem revolve around the nucleus of the Galaxy.

In the explosion, first, Pluto has emerged. When the planets Neptune, Uranus, Saturn and Jupiter were separated, the vibration made circular shaped stones. These are seen as ring around these planets.

The layers of the Sun was heated by the central heat of the Sun. Because of the heat it color changed to blue. Neptune and Uranus planets exploded from these blue color layers and they have the same blue color. Planets which were exploded out from the layers which were close to the central part of the Sun, such as Saturn and Jupiter are in yellow, red and ash color. Mars was exploded out from layers below the layers from where Saturn and Jupiter came out. The layer was made of lava. Earth was formed from layer below the lava layers, these layers consisted of lot of water. Venus and Mercury were formed from layers between layers which created Earth and Mars. All the planets revolve around the Sun depending on the direction in which they were created and the speed at which they were separated. Sun consists of uranium and Plutonium, The heat from the Sun is due to the nuclear reaction of these materials in the Sun.

In the region between Jupiter and Saturn, a planet has separated from the Sun. This planet was ten times bigger than the Earth. It revolved around the Sun without getting the right spherical shape and exploded into spices. These spices are called Compassm, Centaturus, Galaxy/NGC5128, Serpens Cauda, Akash Ganga and Scutum. These pices are 90 crore Km from Earth and these can be seen south of Australia.

In the region between Mars and Jupiter, a planet has separated from the Sun. This planet was five times bigger than the Earth. It revolved around the Sun in circular path without getting the right spherical shape. The planet exploded into smaller parts and completely deformed. Stone burst from this planet are seen as stars in a distance of 25 to 35 crore Km from Earth. The region where these stars are available is called Asteroid belt. In this region, pieces exploded with water are seen as comets, these comets revolve around the Sun through this region. Many planets separated from Sun and obtained spherical shapes, only two planets did not get spherical shapes. They are NGC5128 and Asteroid Belt.

We can see the joints, for the Earth taking spherical shape, in North, west, South and South-East of Pacific Ocean also in region between North America and South America, North-East of Indo-Australia plate for about 15,000 Km. In these places for about 3 to 4 Km river like depth is available. It is like a trench. When Earth was taking the spherical shape, the pressure in layers created mountains. Water with living beings moved to valleys, which consist of molten rocks. This is the reason why we see the bones of sea animals in rocks. It is true that sea animals and other living species are also in Oort cloud.

Sun is 109 times bigger than Earth. When Sun crossed Galaxy Solar, layers for about 3000 Km were formed around the Sun. the Sun became bigger. During the journey, the water from the Galaxy Solar System and Oort Cloud got collected on the Earth which was the lower part of the Sun then. In the Mars which was separated from upper part of Sun has traces of rivers. These traces are due to the movement of water from upper part (Mars) of the Sun to its lower part (Earth). In the layers of rocks of Earth we can see the layers which were in molten state in the Galaxy’s Solar System. Coal from the earth might have been formed by the plants and living beings of Galaxy solar system and Oort cloud, which were deposited on the Sun when it crossed the Galaxy Solar System and Oort cloud.

The image taken from Mars by ISRO shows desert like region in the Mars. The color of the desert is same as that of sand in the desert of Earth. Mars has attained it spherical shape by its rotational speed when it was separated from Sun in molten state. The raised circular shaped region on the top of the Mars is like the raised place in Antarctica of Earth.

During full Moon time, the light and heat from the Sun fall completely on moon and its upper portion get heated more; the heat pulls the cool of the Earth. So the sea level rises more than 5 feet in the places which are in the region of Equator. Similarly, the heat of the inner Earth pulls the cool of outer part. This is the gravitational force. When Earth was with Sun as layers, its heat pulled water from Oort cloud. This water is available in plenty on the planet Earth. Planets which were separated from Sun and have no water on them have less gravitational force. When the Earth obtained its spherical shape, the enormous amount of water which were not in the effect of gravitational force were released out of Earth. We can see the expelled out water 250 Km above Arctic and Antarctica as clouds. This is known as Aurora. This is seen at about 1000 Km from poles. Presence of Aurora is ensured by the news from world space station. Aurora is not available in any other planet.

When two steel bars are rubbed together, the steel bar produces magnetism. When current is passed through a coil wound on a steel bar, magnetism is produced. Like this Earth also moves with a speed of 1500 Km in the space creating friction. It produces magnetic field in metals of Earth. Magnetic field is produced by change in alignment in atoms by friction.

When the Sun crossed the Galaxy, the oil contains were formed as layers. Therefore, the inner surface of Earth contains layers of oil. When the lava present at the center of Earth come close to oil layers, explosion happens and pushes the layers of Earth and caused Earthquake in the surface of the Earth. When it happens in the sea, tsunami occurs. The depth where earthquake occurs and oil available are at the same depth of 50 Km.

Now, we use rockets that used thrust power. The speech of rocket is from 30,000 Km to 40,000 Km. In the future, photon link space craft will be invented, it will have contact with space station for few seconds, after travelling to a distance it will not make contact with space station but it can travel with high speech in the space to make the space the picnic spot for humans.

Some living being lives in Galaxy’s Oort cloud, How to turn out Stars and Earth,
How to much more water and oil in Earth, Layers in Uranus’s Moon Miranda and Jupiter’s Moon Europa, Mars and in Earth
In the region between Mars and Jupiter, two planets did not get spherical shapes. One Asteroid belt other one Milky Way
Milky Way can be seen south of Australia and Antarctica. Jupiter and Mars speed is very difference to other planets

LANGUAGE – TAMIL

vd;Dila PatentvLj;jfz;Lgpbg;ghd “Frequency Trace Mover” I ekJehl;L ,uhZtj;jpw;f;F nfhLj;Js;Nsd;. mjw;f;fhf vdf;FBharat Gaurav Award , Best Citizens of India Award k; fpilj;Js;sJ.,J tiu 8 Patent Registered nra;Js;Nsd , vd;Dila fz;LgpbgGfs;; Asia Pacific Who’s Who- Vol :XV (It’s Published More than 40 countries), Nation’s Who’s Who-2016and Best Citizens of India-2016 Books fspYk; ntspte;Js;sJ.

jw;nghOJ Sagittarius Dwarf Elliptical Galaxyapy; ,Ue;J gphpe;J te;j #hpadpy; ,Ue;J G+kpAk; ;kw;w Nfhs;fSk; ;vt;thW gphpe;Js;sd vd;gij gw;wpa vd;Dila fz;Lgpbg;ig ntspapl;Ls;N;sd;. ,jpy; Nfhs;fs, Stars cWthdJk;. G+kpapy; mjpf msT gFjpjz;zPh; cs;sjw;fhd fhudk ,NtW ve;j Nfhs;fspYk; caphpdq;fs; ,y;iy vd;gJk; Oort Cloud ;by; caphpdq;fs; cs;sd vd;gJk; mwpa K;bfpwJ.

#hpaNdhLNrHe;jNfhs;fs; midj;Jk;. rpytUlq;fSf;F xU Kiw NeH Nfhl;by; ,izfpd;wd.,jpy; ,Ue;J Neuhf nrd;w #hpadpy; ,Ue;J midj;Jk; gphpe;Js;sd vd;gij ghh;f;fKbfpwJ.

G+kp Globe tbtj;ij ngw;wjw;fhdJoin–fs; ,g;nghOJk ;grpgpf;flypy; nghpa mstpy Rkhh; 15,000 fpkp Jhuj;jpw;f;F ghHf;f KbfpwJ;.

Climate Change G+kpf;F ve;j ghjpg;igAk; Vw;gLj;jhJ G+kp GlobecUtkhfJoin shape milAk; ; NghJ GtpaPh;g;G rf;jpf;F cl;glhj mjpfmsTjz;zPhdJ ntspNaw;wg;gl;LAs;sJ. Mt;thW ntspNaw;wg;gl;l mjpfmsTjz;zPhdJ Nkfk; Nghd;W MH;bf;,AntarcticagFjpapd; Nky; RkhH 250 fpkp cauj;jpy; jw;nghOJk; ghh;f;fKbfpwJ ,ijNa Aurora vd;W nrhy;yg;gLfpwJ. Aurora NtW ve;j Nfhs;fspYk; fpilahJ.

G+kpapy; tpOe;j tpd; ;fw;fspy; G+kpapy; Vw;fdNt cs;s jhJf;fNs cs;sd. Full MoonTime #hpadpd; ntg;gk; KOikahd Moon kPJgLk; NghJ mjd; Nky; gFjp mjpf ntg;gk; mile;JG+kpapy; cs;sCool I Pullnra;fpwJ. MfNt G+kj;jpa Nuif gFjpapy; cs;s ,lq;fspy;> me;j Neuj;jpy; fly;ePh; kl;lk; 5 mbf;F Nky; cah;fpwJ

nrt;tha;fpufj;jpw;Fk; tpahod; fpufj;jpw;F ,ilg;gl;lgFjpapy; xUNfhs; #hpadpy; ,Ue;Jgphpe;Js;sJ. ,J G+kpiatpl 5 klq;FnghpaJ. ,J #hpadpd; tl;lghijapy; rhpahdGlobetbtk; ngwhky; Rw;wpAs;sJ. gpwF rpWJrpwpjhf rpije;J Kw;wpYkhf rpije;Js;sJ. ,jpy; ,Ue;J ntbj;J tPrg;gl;l ,yl;rfzf;fhd fw;fis ehk; Stars fshfghh;f;fpd;Nwhk;. ,e;jNfhs; rpije;j fw;fs; epiwe;j gFjpiaAsteroid Beltvd;Wnrhy;yg;gLfpwJ.

#hpaNdhLNrHe;jvy;yhNfhs;fspd; kj;jpapYk; mjpfntg;gk; cs;sJ. Midj;JNfhs;fspYk; gyLayerfs;cs;sd.

#hpad;G+kpiatpl 109 klq;FnghpaJ. ,J Galaxy SolarI flf;Fk; NghJ #hpaDf;FNky; 3,000 fp.kPcauj;jpw;FLayerfs; Nrh;e;Js;sd. mg;NghJkPz;Lk; #hpad; nghpjhfpwJ. Galaxy’s Solar System-j;ijflf;Fk; NghJmjpy; cs;sjz;zPUk;>Oort Cloud-I flf;Fk; NghJmjpy; cs;sjz;zPUk; #hpadpd; fPo; gFjpahfmike;jG+kpapd; Nky; Nrh;e;jpUg;gjhy; ;g+kpapy; mjpfmsTjz;zPh; cs;sJ.

Neptune, Uranus, Saturn, Jupiter Nghd;wNfhs;fs; gphpAk; NghJgphpe;jgFjpiaRw;wpAs;sgFjpapy; Vw;gl;Ls;smjph;thy; tl;ltbtkhffw;fs; vOg;gg;gl;Ls;sd. mitfNs ,e;jNfhs;fisRw;wpRing Nghymike;Js;sJ.

Sagittarius Dwarf Elliptical Galaxyapd; kj;jpaNucleargFjpapypUe;J mDgpst}y; #hpad; ntspte;Js;sJ. ,e;j Galaxy – I Rw;wpAs;sSolar Systemk; vd;gijAk; Kw;wpYkhf #hpad; fle;Jntspte;Js;sJ. ,e;j Galaxy – I Rw;wpAs;sSolar System – j;jpy;epiwatpj;jparkhdfyu;fisnfhz;lContain-fs; cs;sd.mlHj;jpahdNkfq;fSk; Salt, Oil, Molten Metals, different Colour of Molten rock, Dust, jz;zPHepiwe;jContainfSk; vhpfw;fSk; cs;sd.

Sagittarius Dwarf Elliptical Galaxy - apd; kj;jpapy; cs;sNucleargFjpapypUe;J#hpad; mDgpsty;gphpj;Jntspte;jJs;sJ. ,e;j Galaxy – I Rw;wpAs;sSolar System-j;jpy; xUntw;wplLine ghh;f;fKbfpwJ. ,e;jntw;wplk; #hpad; ntspNate;j ghijahFk;. #hpad; ntspNatUk; NghJmJntspNate;jghijapy; cs;sghiwFok;GfSk;>Molten Metal fSk;jz;zPH>OilNtWgyContain-fSk;gyLayerfshf #hpadpy; Nky; gFjpapy; RkhH 3000 fp.kP. cauj;jpw;Fgbe;Js;sd. ,e;j epiyapy; Galaxy- apd; kj;jpapy; cs;sNucleargFjpapy; ,Ue;JRkhH 5>000 CroreK.m. Galaxy – I Rw;wpAs;sSolar System-j;jpd;; RadiusgFjpiajhz;bAs;sJ #hpad;. (One Crore ten Millions) Galaxy apd; filrpntspgFjpMdOort Cloud-y; RkhH 600 Crorek.m. #hpad; jhz;bAs;sJ. OortCloud -y; gdpNghd;wNkfq;fs; cs;sd.OortCloud – y; cs;sjz;zPH#hpadpy; Nky; gbe;Js;sLayer-fspd; ntspgFjpapy; mjpfmsTgbe;Js;s ,e;jepiyapy; #hpad; 300 CroreK.Mntw;wplj;jpy;fle;Js;sJ. ntw;wplj;ijflf;Fk; NghJ #hpad; kPJgbe;Js;sLayar-fs; kj;jpapy; cs;s#hpadpd; ntg;gj;jhy; mjpfntg;gk; mile;Js;sJ. ntg;gk; mile;J#hpadpd; Nkw;gFjpapYk; gf;fthl;by; cs;sgFjpapy; cs;s Layerfspy; cs;s jz;zPHMtpahfkhwpAs;sJ.Mtpahfkhwpajz;zPuhdJNkfk; Nghd;WSpace-y; ghh;f;fKbfpwJ ,e;jePuhtpepiwe;jgFjpiaKuiper Belt vd;Wnrhy;yg;gLfpwJ.RkhH 4000 Crorek.m.mstpw;F,e;jKuiper Belt cs;sJ.

Kuiper Belt-I jhz;bagpwFRkhH 500 Crore k.mntw;wplj;jpy; #hpad; fle;J te;Js;sJ. kj;jpapy; cs;s #hpadpd; ntg;gj;jpdhy; Layerfs; mjpfntg;gk; mile;Js;sJ; #hpaDf;Fk; LayerfSf;Fk; ,ilgl;l gFjpapy; mjpfntg;gk; mile;J #hpaNdhLNrHe;jLayer-fs; ntbj;J Moltonepiyapy; Nfhs;fshfgphpe;Js;sJ>gphpAk; NghJ#hpadpd Row;r;rpNtfk; #hpadpy; ,Ue;J ntbj;J tPrg;gl;l Ntfk; ,Ug;gjhYk; mit RoYk; epiy Vw;gl;L Globetbtj;ijngw;Ws;sd. Nfhs;fs; gphpAk; NghJmitfNshLNrHe;JgphpAk; rpwpagFjpfSk; JizNfhs;fshf gphpe;j Nfhs;fSld; Rw;wptUfpd;wd. #hpaNdhLNrh;e;jpUf;Fk; NghJcs;sntg;gk; Nfhs;fspd;kj;jpapy; cs;sJ. Galaxy - apd; kj;jpapy; cs;sNucleargFjpiaGalaxy – I Rw;wpAs;sSolar System-Rw;wp tUtJ Nghy #hpadpy;,Ue;J gphpe;jNfhs;fs; #hpaidRw;wptUfpd;wd.

Kjypy; gf;fthl;Lg; gFjpapypUe;JxUrpwpagFjpahfPluto gphpe;Js;sJ.Neptune, Uranus, Saturn, Jupiter MfpaNfhs;fs; gphpAk; NghJgphpe;jgFjpiaRw;wpAs;s(gphpe;j gFjpapYk; #hpaNdhL; NrHe;j gFjpapYk;) gFjpapy; Vw;gl;Ls;smjph;thy; tl;ltbtkhffw;fs; vOg;gg;gl;Ls;sd(UpMfpcs;sJ) mitfNs ,e;jNfhs;fisRw;wpRing Nghymike;Js;sJ.

Kuiper Beltjhz;bagpwF #hpadpd; Nkw;gFjpapy; NrHe;Js;sLayerfSk; gf;fthl;by; cs;sLayergFjpAk; kj;jpapYs;s#hpadhy; mjpfntg;gk; mile;Js;sJ. ,jdhy; Nkw;gFjp mjpf ntg;gk; mile;J ePyepwkhfTk; khwpAs;sJ. (jw;nghOJG+kpapy; vhpkiyfspy; Lavantspte;jgFjpapy; rpy ,lq;fspy ; fw;fisePyepwfyhpy; ghHf;fKbfpwJ)MfNtNeptune, Uranus ePyfyhpYk; #hpadpd kj;jpapy; Nrh;e;Js;sLayer gFjpjPfq;Fkw;Wk; rhk;gy; Nghd;wgFjpapy; ,Ue;Jgphpe;jSaturn, JupiturekQ;rs;>rptg;G>rhk;gy; fye;jfyuhfTk; cs;sJ. ,jw;FfPo;gFjpvhpFok;Gepiyapy; ,Ue;jhYk; jz;zPh; Fiwe;jgFjpahdghiytdNghd;wgFjp ,jpy; ,Ue;JMarsgphpe;Js;sJ. mjw;FfPo;gFjpjz;zPh; epiwe;jLayer gFjpapy; ,Ue;JG+kpgphpe;Js;sJ. mjd;gpwF#hpadpy; ,Ue;J Mars gphpe;jjw;f;Fk ;G+kp gphpe;jjw;f;Fk; ,ilg;gl;lgFjpapy; ,Ue;JfilrpahfVenus-k;>Mercury-k; gphpe;Js;sd.Nfhs;fs; gphpe;jjpirapy; gphpe;jNtfj;jpw;FVw;gRw;wptUfpd;wd. #hpad; GSNl}dpak;;>ANudpak; Nghd;wjhJf;fs; fye;jxUNfhs;. MfNtmjpy; njhlh;e;JNuclear Function ele;Jnfhz;bUf;fpwJ. MfNtmjpy;,Ue;J njhlh;e;J mjpfntg;gk ntspNaUfpwJ

Jupiter, Saturn ,e;j ,uz;Lfpufj;jpw;F ,ilg;gl;lgFjpapy; ,Ue;J xUNfhs; #hpadpy; ,Ue;Jgphpe;Js;sJ. ,J G+kpiatpl 10 klq;FnghpaJ ,J #hpadpy; ,Ue;Jgphpe;J Globetbtk; ngwhky rpije;Js;sJ ,e;j Nfhs; njw;f;Fjpirapy; nrd;W,uz;Lgf;fKk; nghpjsTntbj;Jrpjwpaghfj;ij ,d;W Compassm, Centaturus Galaxy/NGC5128,SerpensCauda, Akash Ganga, Scutumvd;Wnrhy;y gLfpwJ;. ,J G+kpapy; ,Ue;J 90 NfhbfpNyhkPl;lh; J}uj;jpy; cs;sJ. jw;nghOJ rpije;j,e;j Nfhis Australia d; njw;f;F jpirapy; ghh;f;fyhk;.

nrt;tha;fpufj;jpw;Fk; tpahod; fpufj;jpw;F ,ilg;gl;lgFjpapy; xUNfhs; #hpadpy; ,Ue;Jgphpe;Js;sJ. ,J G+kpiatpl 5 klq;FnghpaJ. ,J #hpadpd; tl;lghijapy; rhpahdGlobetbtk; ngwhky; Rw;wpAs;sJ. gpwF tl;lghijapy; rpWJ rpwpjhf rpije;J Kw;wpYkhf rpije;Js;sJ. rpije;j fw;fs; G+kpapy; ,Ue;J 25 NfhbfpNyhkPl;lh; Kjy; 35 NfhbfpNyhkPl;lh; J}uk; tiu cs;sJ. ,jpy; ,Ue;Jntbj;JtPrg;gl;l,yl;rfzf;fhdfw;fisehk; Stars fshfghh;f;fpd;Nwhk;. ,e;jNfhs; rpije;j fw;fs; epiwe;j gFjpiaAsteroid Beltvd;Wnrhy;yg;gLfpwJ. ,e;jgFjpapy; jz;zPNuhLNrh;e;Jntbj;Jrpjwpa 10 f;Fk; Nkw;gl;lfw;fis ,d;W thy; el;rj;jpuq;fshfghh;f;fpd;Nwhk;. Cometvd;Wnrhy;yg;gLfpwJ. jw;nghOJComet ,e;jtopahfNt #hpadpd;tl;lghijapy; Rw;wptUfpwJ.Comet ntbj;Jrpjwpajpirf;F NAw;g tPj;jpahrkhd jpirapy; ;#hpadpd; tl;lghijapy; Rw;wptUfpwJ. NkYk;#hpadpy;,Ue;J gphpe;j rpwpa g}Fjpfs; stars fs}f #hpaidRw;wptUfpd;wd. gy Nfhs;fs; #hpadpy; ,Ue;Jgphpe;Js;sJ ,uz;L Nfhs;fs; kl;Lk; gphpe;J rhpahdGlobetbtk; ngwhky; rpije;Js;sJ.mit NGC5128, Asteroid Belt vd;Wnrhy;yg;gLfpwJ.

G+kp+GlobecUtkhfJoin MdgFjpfs; gRgpf; flypd; tlf;F>Nkw;F>njw;F>njd;fpof;FgFjpNkYk;>tlf;Fmnkhpf;fh>njd; mnkhpf;fhtpd; ,ilg;gl;lgFjp>INDO-Australia Plat-d; tlfpof;FgFjpMfpa ,lq;fspy; Rkhh; 15,000 fp.kp J}uj;jpw;FNkyhfghh;f;fKbfpwJ. ,e;j ,lq;fspy; 3 Kjy; 4 fp.kp mstpw;FRiver Nghyjz;zPhpd; Mok; cs;sJ. xUTrenchNghymike;Js;sJ. G+kpGlobecUtkhfJointgz;Zk; NghJG+kpapd;NkNycs;sLayerfspy; nehpry; Vw;gl;Lrpy ,lq;fspy; kiyfs; Njhd;wpAs;sd. G+kpGlobetbtj;ijailaRod;wNtfj;jpy; mjpy; cs;s jz;zPh; gFjpahdJgs;sgFjpiaghh;j;JXbAs;sJ. mg;nghOJMolten rockkPJrpycaphpdq;fNshLNrh;e;j epiyapy;jz;zPh;gl;Ls;sjhy; rpyghiwfspy; fly; tho; caphpdq;fspd; vYk;Gfs; Nrh;e;jpUg;gij ;ghh;f;fKbfpwJ. fly; tho; caphpdq;fSk; kw;wcaphpdq;fSk; Galaxyapy; cs;sOortCloud y; cs;sdvd;gJcz;ikahfpwJ. G+kpGlobetbtj;ij mile;j gpwF G+kpapd; cl;gFjp jput epiyapy; cs;sjhy; jplepiyapy; cs;s Nky; gFjp G+kpapd; Row;r;rpBalanceI rhpahf mikj;J nfs;s G+kpapd; cs;s Nky; ;gFjp gy fz;lq;fshf gphpe;Js;sd.

#hpad;G+kpiatpl 109 klq;FnghpaJ. ,J Galaxy SolarI flf;Fk; NghJ #hpaDf;FNky; 3000 fp.kPcauj;jpw;FLayerfs; Nrh;e;Js;sd. mg;NghJkPz;Lk; #hpad; nghpjhfpwJ. Galaxy’s Solar System-j;ijflf;Fk; NghJmjpy; cs;sjz;zPUk;>Oort Cloud-I flf;Fk; NghJmjpy; cs;sjz;zPUk; #hpadpd; fPo; gFjpahfmike;jG+kpapd; Nky; Nrh;e;jpUg;gjhy; ;g+kpapy; mjpfmsTjz;zPh; cs;sJ. #hpaNdhLG+kp ,Uf;Fk; NghJg+kpf;FNky; ghfkhf ,Ue;JG+kpgphptjw;FKd;Ggphpe;jMars-y; jz;zPh; mjpfmsTXbajw;fhdjlaq;fs; cs;sd. ,e;jjlaq;fs; #hpadpd; Nky;gFjpgf;fthl;LgFjpfspy; ;,Ue;Jk;jz;zPh; mjpfmsTMars f;Ff; fPo gFjpahf mike;j G+kpf;Fte;jtopahfmike;jRiver Nghd;wgFjpMFk;. Galaxy‘s Solar System-j;jpy; ,Ue;J #hpaNdhLNrh;e;jMolten epiyapy; Nrh;e;jghiwfspd; Layer fis ,d;WG+kpapy; cs;sghiwfspy; Layerfshfed;whf ghh;f;fKbfpwJ. ghiwFok;GfisG+kpapy;Drops epiyapYk;ghh;f;fKbfpwJ. #hpaNdhLNrh;e;jvhpfw;fspd; Layer-fis ,d;Wepyfhpahfntl;bvLf;fpNwhk;. G+kp#hpadpd; Nky; LayerfNshLNrh;e;J ,Ue;jgFjp #hpadpd; fPo;gFjpahf ,Ue;Js;sjhy; jz;zPUk; gFjpAk;>Oil ContaingFjpAk;>Metal gFjpAk; mjpfkhffhzg;gLfpwJ. #hpaNdhLNrh;e;jpUf;Fk; NghJcs;sntg;gk; ,d;WG+kpapd; kj;jpapy; cs;sJ. Galaxy’s Solar System-j;ij flf;Fk; NghJmjpy; Nrh;e;j kuq;fSk;.caphpdq;fSk;;>Oort Cloud-I flf;Fk; NghJmjpy; Nrh;e;j kuq;fSk;.caphpdq;fSk; kj;jpapYs;s #hpadhy; ntg;gk; mile;J kbe;J #hpadpd; fPo; gFjpahfmike;jG+kpapd; Nky; epyf;fhp gbtq;fshfTk; ngl;NuhypakhfTk; Nrh;e;jpUf;fyhk;.

ISROthy; MarsI vLf;fg;gl; Photo it ghh;j;jhy; Mars y; DesertMf cs;sij ghh;f;fKbfpwJ. G+kpapy; cs;sDesert kz;zpd; Colour hpy; ,J cs;sJ. NkYk; Molten epiyapy; Marsgphpe;JNtfkhfRw;wpGlobeepiyiangw;Ws;sJ. Mars d; Nky; gFjpRow;rpVw;gl;LgpwFmNjepiyapy; ciwe;Js;sijnjspthf ghh;f;fKbfpwJ. Mars d; Nky;gFjpapy; cs;stl;ltbtkhdcaukhd NkL Nghd;wgFjp. G+kpapy; AntarcticagFjpNghycah;e;jNkLgFjpNghy; mike;Js;sJ.

G+kpapd; JidNfhs; Mdre;jpud; Full MoonTime #hpadpd; ntg;gk; KOikahf; Moon kPJgLk;NghJmjd; Nky; gFjp mjpf ntg;gk; mile;JG+kpapy; cs;sCool I Pull nra;fpwJ. MfNtG+kj;jpaNuifgFjpapy; cs;s ,lq;fspy; me;jNeuj;jpy; fly;ePh; kl;lk; 5 mbf;FNky; cah;fpwJ. mNjNghy; G+kpapd; cl;gFjpapy; cs;sntg;gk;khdJ G+kpapd ntspgFjpapy; cs;suj;jd;ikiaCool I Pull gz;ZfpwJ. ,JNtGtpaPh;g;Grf;jpahFk;. ntg;gkhd #hpad; kj;jpapy; ,Uf;Fk; NghJ mNjhL Nrh;e;j Layer fs; topahfOortCloud y; cs;s uj;jd;ikia #hpad; Pull nra;Js;sJ MfNt ,d;W ;g+kpapy; mjpfmsTjz;zPh; cs;sJ. #hpadpy; ,Ue;Jgphpe;j Nfhs;fspy; Nky; gug;G uj;jd;ik ,y;yhj Nfhs;fspy; aPHg;G rf;jp Fiwthf cs;sJ. g+kp rhpahd GlobecUtkhfJoin (shape) milAk; ; NghJ GtpaPh;g;Grf;jpf;F cl;glhj mjpfmsTjz;zPhdJ ntspNaw;wg;gl;LAs;sJ. Mt;thW ntspNaw;wg;gl;l mjpfmsTjz;zPhdJ Nkfk; Nghd;W MH;bf;, Antarctica gFjpapd; Nky; RkhH 250 fpkp cauj;jpy; jw;nghOJ ghh;f;fKbfpwJ ,ijNa Aurora vd;W nrhy;yg;gLfpwJ. Aurora RkhH 1,000 KM Jhuj;jpw;f;F Nky; JUtgFjpfspy; ,Ug;gjhf World Space Station y; ,Ue;J ntspahd jfty;fs; njhpagLj;jpAs;sd . Aurora NtW ve;j Nfhs;fspYk; fpilahJ.

,uz;L Steel Barsfiscurpdhy; me;j Steel Bary; rpwpjsT Magnet Vw;gLfpwJ. Steel Bary; Coil I Vw;gLj;jp Current I Xl itf;Fk; NghJ(curypdhy;) Steel bars Magnet Mf khWfpwJ. Mfhaj;jpy; curg;gl;LVhpahjtpd;fw;fs; Magnet I ngw;Ws;sd. G+kpAk; Mfhaj;jpy; curpnfhz;Ljhd; nry;fpd;wJ. Rkhh; 1500 fp.kPNtfj;jpy; G+kp Spacey; curpnfhz;Ljhd; nray;gLfpwJ. MfNtrpwpamstpyhd Metalfspy; fhe;jjd;ikVw;gLfpwJ. curypdhy;Vw;gLk; Automfspd; khw;wj;jhy; MagnetcUthfpwJ. fhHgd; mjpfkhf cs;s Steel fspy; Magnet Memory MfpwJ.

#hpad; Galaxy I flf;Fk; NghJOil ContainfSk; LayerfshfNrh;e;Js;sd. MfNtG+kpapd; cl;gFjpapy; Oilepiwe;jLayerfs; cs;sdG+kpapy; kj;jpagFjpapy; cs;sLava, Oilepiwe;j ,e;j gFjpf;FtUk; NghJme;j ,lj;jpy; G+kpapd; cl;gFjpapy; nghpamsTexplodedVw;gl;LG+kpapd; xULayer Push gz;zg;gl;LG+kpapd; Nkw;gwg;gpy; “Earth Quake”Vw;gLfpwJ. ,Jflypd; cs; Vw;gLk; NghJTsunamiVw;gLfpwJ. Rkhh; 50 fp.kP Deep f;F cl;gl;l gFjpapy; Earth Quake Vw;gLfpwJ. 50 fp.kP Deep f;F cl;gl;l gFjpapy; ngl;Nuhypak; cs;sJ.

jw;nghOJThrust Power My; nray;gLk; Rocketfs; gad;gLj;jg;gLfpwJ. ,tw;wpd; Ntfk; kzpf;F 30>000 fp.kp Kjy; 40>000 fp.kp tiu tpiutpy;; Photon Link Space Craft fd;Lgpbf;fgl;L mJ rpy tpdhbfs; Space Station njhlHG cld; nray;gl;L Fwpg;gpl;l cauk; Space Craft nrd;w cld; Space Station njhlHG Jd;bf;f gl;L; njhlHJ mNj Ntfj;jpy; Spacey; nray;gl $ba mjpNtf Space Craft -fs;cUthf;fg;gLk;. md;WNfhs;fs; kdpjdpd; Rw;Wyh ];jyq;fshfkhWk;.



  • Due to the lava at the core of the earth when it comes near the petroleum vast explosion may take place. Either this may happen or the interchange of layers may happen due to this explosion and sometime this may lead to earth queue.
  • At present some planets which has no water in it has less gravity. That is, less water less gravitation and vice versa.
  • Due to the heat from the sun rainy clouds are formed and are attracted towards the earth because of the gravitational pull.

BORE WELL CHILD RESCUE ROBOT

COMPONENTS REQUIRED:
  • Stepup transformer =1
  • Normal camera = 4
  • Night vision camera =1
  • Microphone =1
  • Speaker =1
  • 5.5 kg torque stepper motor =4
  • Ordinary stepper motor =6
  • Gripper motor =2
  • Signal transmission wire
  • Power transmission wire
  • Wire for Camera output
  • Wire for microphone output
  • LED lights
  • Microcontroller (arduino processor)
  • Joystick =2
  • Laptop =1
  • Monitor LED monitor =1
  • Motor shaft bearings
  • Steel rope
  • Oxygen cylinder + hose
  • Oxygen sensor
  • Lubricant (water) + hose
  • Rubberomni wheel =3
  • Leather cylindrical mat with one way stripper 1
  • Bag lock clip =2 pair
Step up transformer
This is to amplify the power to the robot deep inside the borewell. So as between every 200m their should be placed a step up transformer.
Normal camera
4 cameras were placed at specific positions to find the movements of the robot inside the borewell. 3 cameras were placed on the top, on the back of the motor driving the guide arms. 1 is placed on the side which is analyzed where the vision is not clear.
Night vision camera
1 night vision camera is placed on the wrist before the gripper to find the gripper that whether it is locking the child's hand in.
Microphone
To hear the baby's talk , and with respect to this many useful decisions and needs were fulfilled.
Speaker
To give guidance to the child.
5.5 kg torque stepper motor
These motors were used to position the gripper inside the tube. Also helps in various movements of the gripper.
Ordinary stepper motor
These were used to operate the guide arms. Three were used to open the guide arms, and other three were used to roll the entire robot about pipe axis.
Gripper motor
This is used for the opening and closing of the gripper fingers. It helps in total functionality of the system.
Signal transmission wire
Transmits video audio towards the control computer and also takes the controls of various stepper actions towards the controller inside the robot.
Power transmission wire
This wire transmit electric power to the robot. Transmitting power is more safer than preparing a source for battery.
Wire for camera output
The output from the camera is sent to the computer above the ground to view the operation of the robot and the child movement.
Wire for microphone output
To take the output from the microphone to the speakers connected with the computer.
LED lights
These lights works in less power and make the vision clear for the cameras connected with the robot. Also it gives a rescuing hope for the child.
Microcontroller(arduino processor)
This controller controls all motors and movements for the robot to which the operator operates from the top.
Joy stick=2
Through which the controls for the motors were given to the controller for conversion.
Laptop=1
For controlling the over all actions performed by the robot. Also to decode the video and audio sent from the robot
MonitorLEDmonitor=1
To view the various camera outputs.
Motor shaft bearings
This setup reduces the friction between the motor shaft and the driven shaft.
Steel rope
This helps in holding the robot from top towards the stand. In this rope the entire weight of the robot and he child will be beared.
Oxygen cylinder+hose
The oxygen content inside the bore well will be very low. So the child will find difficult to breathe. So it is very necessary to sent oxygen.
Oxygen sensor
This finds how much of oxygen is there inside and allows the oxygen according.
Lubricant(water)+hose
This is sprayed to the child after the child is strongly held to the stripper. It is sprayed to avoid much friction between child and the side walls.
Rubber omni wheel=3
This wheels have the ability to move in 4 directions. So it is easier to move the robot.
Leather cylindrical mat with one way stripper 1
This allows the robot gripper to lock the child’s hands with the steel rope.
Bag lock clip=2 pair
This is attached with the stripper to lock the leather cylindrical mat to hold the hands tightly.