Mostrando 18 resultados

The fond contains newspaper clippings related to Kalki from 1987-08-10 to 1988-03-19

The fond contain newspaper clippings on Crisis at The Raman Research Institute from 1990-10-20 to 1991-06-01

This fond contain newspaper clippings related to Bhaskar Dutta and Suri Bhagavantam

This fond consist of newspaper clippings on the issues related to the institute during 1998-99.

This fond consist of newspaper clippings on the discoveries that was made from the indian soil in early 17th century.

This fond consist of newspaper clipping on the nobel physicist Prof. S Chandrasekhar. In 1983, S Chandrasekhar recieved nobel for featuring the stability problem in different phases of stellar evolution. This fond provide us information about his research history and work life balance.

The fond contains newspaper clippings related to IIA Field Stations from 1972-07-10 to 1978-04-14

The fond contains newspaper clippings related to Kodaikanal Solar Observatory on 1999-07-16. This talks about the renovation of the century-old Kodaikanal Solar Observatory main hall, a world-renowned institution. It talks about the concerns raised by the Indian National Trust for Arts and Cultural Heritages.

The fond contain compilation of Photographs, Newspaper Clipping, Pamphlets, Correspondence to Chinthamani Ragoonatha Chary and Transit of Venus.

The fond contain newspaper clippings on Astronomy: Ionosphere reading of stars. This states that the Indian astrophysicists propose that the Earth's ionosphere disturbances caused by X-ray bursts (XAY BIRT) could signal stellar activity. This alerts astronomers to phenomena like Sc X1's X-ray emissions. Detecting the impact of stars on the ionosphere is challenging due to background interference, with debates on ionization and magnetic field effects. Dr. Sastri and Dr. Murthy's experimental study reveals a significant magnetic field increase during a Sc X1 flare. Understanding the ionosphere's response to X-rays, including gamma rays from catastrophic stellar events, may offer a distinctive detection method for monitoring space events, aiding astronomers in decoding cosmic phenomena efficiently.