GRAVITATIONAL LENSING.
NAME OF SCIENTIST: MUNISHKUMAR.B.CHINNAKAR.
Theoretical Particle astroscientist.
PLACE OF RESEARCH: MUNISHKUMAR'S SCIENCE RESEARCH CENTRE,NEAR BHAIRI WELL BOYER STREET(BHOVI STREET),SHORAPUR,KARNATAKA STATE,INDIA.
its
E-mail:www.MChinnakar@gmail.com.
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E-mail:www.mchinnakar@gmail.com.
NUMBER OF CO-WORKERS : No co-workers.
DATE OF RESEARCH WORK: NOV,12,2011
DATE OF ENTRY OF RESEARCH WORK: NOV,12,2011.
Most of the unsolved Problems listed in Wikipedia were already solved by Me.This is obvious if you observe My Bloggers,i,e MUNISHKUMAR CHINNAKAR’S BLOGGERS 1,2,3,4,5,6 in Google.This indicates that My Theory of everything based on Special relativistic particle quantum mechanics won in different branches of Science.
However General relativity,beacuse of mistakes like without using transformation Constants,without correcting action reaction pair correction in important events faced Drawbacks.
Consider one of the events Like Gravitational Lensing.According to My Theories Gravitational Lensing is more effective near by Dark spots and Monopolar fields of Planets or Satelittes.It is having less effect while passing nearby a Star.The reasons are as follows.
For a lensing effect to take place there should be deflection.This deflection should be followed by infinitesimal obvious interactions of structure of Photon with Gravitons,Virtually neutral charged gravitons,Charged magnetic moving monopoles,Charged magnetic moving antimonopoles.
When a Photon passes nearby a Star,gravitons in the field of star region adds to Photon whereby increasing its Frequency,this I called as Blueshift[1].Here for about thousands of kilometers density of gravity field is not varying.This indiactes that Photon is not deflecting.This implies that there is no gravitational Lensing.This lensing is true if it passes from farthest distance to nearer Star as Gravitational density is changing, thus deflection and hence lensing is depending on density of gravity nearby star.There is no transformation constant needed in ths case.
Suppose if a Photon passes nearby Planet's gravity zone.According to My Model of Planet,Gravity field is embeded within Monopolar magnetic field and antimonopolar magnetic field and usual gravity field.When a Photon passes nearby external gravity field it is blueshifting,and not showing deflection if it is moving within that.If this Photon passes from external gravity field to Antimonopolar magnetic field,then it is showing redshift[2] and you have to use a Transformation Constant as neutrality is facing Charge.Say a transformation Constant like C=10.This indiaces that deflection is 10 times stronger than usual path.Similer is true when it passes through Monopolar magnetic field.Thus an appreciable deflection and hence Lensing is observable when a Photon moves from outer zone of Planet to nearby Planet’s surface.
Now consider the case of Two Photons coming from far edges of a Dark spot like Sun spot[3].Here these Photons are undergoing maximum deflection towards Dark spot.This gives you a chance to measure gravitational Lensing.This deflection is stronger such that you may measure less size for an accurate sized Sunspot.For example you may measure 80000Km size for 100000Km.Here transformation Constant is 10^2.
When a Photon is passing from a galaxy and passes nearby another galalctic gravity field,it is usually blueshifting and deflects using above Phenomena,thus a gravitational Lensing is observable.
REFERENCE:[1]BLUE SHIFT,CAUSE ,EFFECTS,COINCIDENCES,BY MUNISHKUMAR.B. CHINNAKAR IN MUNISHKUMAR’S SCIENCE RESEARCH CENTRE,SHORAPUR,INDIA,PUBLISHED DATED 7/4/2011,8/7/2011IN MUNISHKUMAR CHINNAKAR’S BLOGGER IN GOOGLE
[2]RED SHIFT,CAUSE ,EFFECTS,COINCIDENCES,BY MUNISHKUMAR.B. CHINNAKAR IN MUNISHKUMAR’S SCIENCE RESEARCH CENTRE,SHORAPUR,INDIA,PUBLISHED DATED7/4/2011,8/7/2011,IN MUNISHKUMAR CHINNAKAR’S BLOGGER IN GOOGLE.
[3] SUN SPOTS ARE THE AGGREGATION OF MINI BLACK HOLES,BY MUNISHKUMAR.B. CHINNAKAR IN MUNISHKUMAR’S SCIENCE RESEARCH CENTRE,SHORAPUR,INDIA,PUBLISHED DATED6/11/2009,7/12/2009 IN MUNISHKUMAR CHINNAKAR’S BLOGGER IN GOOGLE
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