cosmo physics
PREFACE ENERGY E = mc² FAILED IN TRAVELLING THE UNIVERSE. BECAUSE ENERGY HAVE LOSS DUE TO MAGNETIC FIELD i.e, DUE TO PROTON AND ELECTRON. BUT CONSIDER AS POWER, P= ∞ SUCCESS IN TRAVEL THE UNIVERSE TO REACH THE SOURCE HYDROGEN ION DISC. AFTER REMOVING PROTON AND ELECTRON FROM HYDROGEN ATOM. HYDROGEN NUCLEI ARE MADE UP OF GASEOUS MATTER IT FLOATS IN AIR AFTER REMOVING PROTON AND ELECTRON.BECUASE OF REMOVIONG PROTON AND ELECTRON THERE IS NO GRAVITATIONAL FORCE FOR HYDOGEN ION SO IT FLOAT IN AIR AND REACH BLACK HOLE AND FINALLY REACHES SOURCE HYDROGEN ION DISC.
PREFACE
ENERGY E = mc² FAILED IN TRAVELLING THE UNIVERSE. BECAUSE ENERGY HAVE LOSS DUE TO MAGNETIC FIELD i.e, DUE TO PROTON AND ELECTRON. BUT CONSIDER AS
POWER, P= ∞ SUCCESS IN TRAVEL THE UNIVERSE TO REACH THE SOURCE HYDROGEN ION DISC. AFTER REMOVING PROTON AND ELECTRON FROM HYDROGEN ATOM. HYDROGEN NUCLEI ARE MADE UP OF GASEOUS MATTER IT FLOATS IN AIR AFTER REMOVING PROTON AND ELECTRON.BECUASE OF REMOVIONG PROTON AND ELECTRON THERE IS NO GRAVITATIONAL FORCE FOR HYDOGEN ION SO IT FLOAT IN AIR AND REACH BLACK HOLE AND FINALLY REACHES SOURCE HYDROGEN ION DISC.
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
[ Two questions asked to astronomy they are not taking the photography ]<br />
1.<br />
I have a doubt about the photography captured by the space telescope. If it is possible to<br />
photograph whole Milky Way galaxy from a single point. You just imagine that the diameter of<br />
galaxy Milky Way is 100,000 light year. The space telescope can travel away from our galaxy to<br />
a distant of 25,000 light years from our galaxy to capture the photography of galaxy. But it is<br />
also impossible because if the space telescope is travel from earth at a speed of light it take<br />
25,000 light year to reach the capturing spot and the intensity of light from milky way cannot<br />
reach the telescope then how the photography of milky way is captured. If the space telescope<br />
from earth can sent towards the space it can travel to a distance of ten light years[capturing<br />
spot] from that point it capture the rays nearly 20% of one arm photography are captured but<br />
what about other three arms.<br />
2.<br />
If your space telescope travels towards the space, in the way there is lot of stars. Stars have<br />
enormous temperature. When your telescope reach a particular distance it loss it's sight and it<br />
travel some distance towards the star, it loss it's life [i.e., your telescope definitely burns].In the<br />
previous message i say that the intensity of light from milky way does not reach your telescope<br />
[i.e,your telescope at 25,000 light year, the capturing spot] because the image of milky way will<br />
not fall on your camera because there is no particle outside the milky way. So scattering of light<br />
through particles is needed to capture the image of galaxy Milky Way. There is no particle<br />
outside the galaxy then how your space telescope captures the image of light.<br />
VERY IMPORTANT QUESTION TO PROOVE MY THEORY 100%.
Change language