Volume 2011, Issue No.3, Dated: 19th March 2011Time: 10h10mAM
The Astronomy Study and the Weather Scenario of 19th March to 26th March 2011 at Visakhapatnam
by
Professor Dr Kotcherlakota Lakshmi Narayana
{Retd. Prof. of Phys, Shivaji University}
17-11-10, Narsimha Ashram, Official Colony, Maharanipeta.P.O, Visakhapatnam-530002. Mobile: 9542717723
ABSTRACT
Fig 1 of 0h51m AM Moon spectrum of 19 March 2011 mvi3164kln
The quake that struck 2:46 p.m. was followed by a series of aftershocks, including a 7.4-magnitude one about 30 minutes later. The U.S. Geological Survey upgraded the strength of the first quake to a magnitude 8.8. The quake struck at a depth of six miles (10 kilometers), about 80 miles (125 kilometers) off the eastern coast. The area is 240 miles (380 kilometers) northeast of Tokyo. Thirty minutes after the quake, tall buildings were still swaying in Tokyo. The Atomic reactor nuclear power plant, DGC, in Fukushima, 30 km. from Iwaki, located 250km from Tokyo exploded on Saturday due to the failure of coolant water. Surprising that the 27th March 2011 report establishes the fact of excessive radioactive water infusion into the sea waters and atmosphere of several millions of times dosage over the normal background radiation. Obviously the unfortunate event has dimensions unparallel in the human history of manmade wars and has polluted the surrounding atmosphere and the weather to a very large extent. The Super Moon images analyzed in the Fig.1 above shows the varied and aberrant intensity profiles.
Fig 2 of IMG_3229kln Super Moon views News Papers account
The Fig.2 clearly brings out the aberrant spectral features of the Super Moon at different times of capture of the digital images and the intensity profiles presented are breathtaking.
Fig 3 of 0h51m AM Moon spectrum 19 March 2011 mvi3164kln
The sea has receded by about 10 feet into the interior. The Sky was full of brown clouds obviously due to the earthquake that occurred in Myanmar and China on the 24th March 2011. The gravity waves in the sky were observed and image of it was captured around 4h45mAM on the 25th March 2011. One should bear in mind the continued unfortunate and unprecedented radioactive emissions from the damaged Nuclear Reactors of Japan polluting the atmosphere that has been found superimposed on the other earthquake events of the Indian Continent.
Fig 4 of mvi3175 of 5h44m PM 19 March 2011
The 19th March 2011 radiant glow of the Visakhapatnam sky has been image captured and the intensity profiles analyzed. The phenomenal airglows of the terrestrial atmosphere plasma is astonishing and it takes several years to understand the magnitude and dimensions of the depth of the airglow of the mixed atmosphere due to the Super Moon and the mega events of the earthquake and the Tsunami coupled with volcano ash and emissions of radioactivity.
Fig 5 of mvi3184 of 6h10m PM 19 March 2011 0
The gray features of the Coast Sea at Visakhapatnam has been found and several times mentioned by the present author in various blog posts at his Google dashboard as indicative of the Meson, X-ray and Ultra Violet irradiations absorption. The Sun is not a silent spectator of the terrestrial events triggered by the Super Moon tidal gravitation effects but has its own contribution penetrating through the various lower levels of the ionosphere “unusual “plasma environment. Note the 4 feet high intense Sea waves of the Super Moon nicely image captured by the author KLN.
Fig 6 of mvi3189 of 6h19m PM 19 March 2011
The gray features of the Sea, the brilliant Super Moon shine due to the full reflection and scattering of the Sun light by the lunar topography, and the terrestrial evening charged and recharged levels of ionosphere is a subject of uncompromising physical features with the known and established thoughts, theoretical models and understanding of the Physics of the Atmosphere.
Fig 7 of mvi3243kln 7h52mPM 20march 2011 Moon in granite 1
The granite slab images provides a background elimination of the infra red features that get generally penetrated away into the slab and only the visible light intensity profiles become dominant. This is obvious when the Moon shine is directly incident on the slab. Even the Moon of its surface morphology features has been found to exhibit its own intensity profiles of the Spectrum.
Fig 8 of IMG_3163kln Moon spectrum with a magnet ring hole distorted.
Various components of the Super Moon shine with its endowed atmosphere constituent features get split when the light is subject to an intense magnetic field.
Fig 9 of mvi3193 of 6h21mPM 19March2011
20th March 2011 clouds offered the varied scattering of the Moon shine due to the constituents of the layers of the terrestrial atmosphere refraction, diffraction and scattering. In contrast the 19th March Super Moon was somewhat sober!
Fig 10 of mvi3214 of 12h03mAM 20March2011 Super Moon and clouds 0
Panoramic intensity profile features of the spectra of the Moon Super on 20th March 2011 in the clouds.
Fig 11 of mvi3217 of 12h05mAM 20March2011 Super Moon 3
Another set of panoramic intensity profile features of the spectra of the Moon Super on 20th March 2011 in the clouds.
Fig 12 of mvi3219 of 12h07mAM 20March2011 Super Moon 2
Still another set of panoramic intensity profile features of the spectra of the Moon Super on 20th March 2011 in the clouds.
Fig 13 of 0h52mAM Moon spectrum 19March 2011 mvi3165kln Moon Spectrum 1
23rd March 2011 the Moon was not visible and the clouds have dominated the sky. This follows the events of successive earthquakes in the surrounding regions of the Visakhapatnam city extending over from the equator to the regions of central China.
Fig 14 of 9h37m AM Sun spectrum in clouds of earthquake origin mvi3288kln
The atmosphere generated due to the low depression over the Hyderabad in central India to Southern Tamil Nadu state has been of considerable density, thickness and cluster formations. The Sun, in clouds of such formations has been video image captured by the author. The brilliance of the Sun in spite of the cloud opaqueness has provided very good spectra and the intensity profiles are very bizarre.
CONCLUSIONS AND FINDINGS:
The role of quakes and rise of the sea waves inducts into the atmosphere water vapor mixed with dust radioactive material and other volcano origin ash and particulate material and the sky is loaded with cloud clusters of a variety of constituents. The Bay of Bengal appears to be a typical hotpot of these ingredient entities and the clouds respond to the Coriolis rotation effects of the earth and as well to the Gravity waves. Visakhapatnam sky near to the equatorial belt of the Earth accumulates various entities. A number of intense wave’s activity, with heights as much as 4 feet, has been observed at the Coast beach shore line of Visakhapatnam. What is of interest is that these waves have been generated only when the Moon was visible in the sky. The burning radiation around the Fukushima Daiichi plant30 km. from Iwaki also resulted in water vapor content into the atmosphere. The phenomenal weather at Visakhapatnam has been undoubtedly one of a mixed nature of dust radioactive elements, volcano ash and other constituents dumped following the earth jolts from both North India and Jammu & Kashmir.
ACKNOWLEDGMENT:
I am indebted to late Prof. K. Rangadhama Rao D.Sc. (Madras) D.Sc. (London) J.V.D. College of Science & Technology, Waltair, for initiating me to do research studies and for his constant guidance during my professional career.
REFERENCES:
1. TRU 3rd March 2011 Astronomy Study Weather Scenario Visakhapatnam
2. TRU Rao and Anti Rao Quanta Super Moon Gravitational Tidal Interaction 22 March 2011
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