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  1. A. K. S. Usgaonkar. Achyut Kashinath Sinai Usgaonkar (15 September 1928 – 16 June 2020) [1] also known as A. K. S. Usgaonkar, was an Indian politician who served as the leader of the Maharashtrawadi Gomantak Party. He served as cabinet rank minister in the Shashikala Kakodkar ministry of Goa, Daman and Diu from 13 August 1977 to 27 April 1979.

  2. Usgaonkar was born in Usgao, Goa, India, on 28 February 1968, to A. K. S. Usgaonkar and Manikabai Usgaonkar. Konkani is her native language. Her father served as a Cabinet Minister in Goa, while her mother was a classical singer. Under the tutelage of Pandit Sudhakar Karandikar, she honed her skills in classical music.

  3. Achyut Kashinath Sinai Usgaonkar (c. 1928 – 16 June 2020) was a leader of Maharashtrawadi Gomantak Party. He served as cabinet rank minister in Shashikala Kakodkar ministry of Goa, Daman and Diu from 13...

  4. Varsha Usgaonkar is the daughter in law of the famous music director Late Ravi Shankar Sharma. During the 1990s, Varsha Usgaonkar was the most popular actress in Marathi cinema, her top Marathi movies included Gammat Jammat (1987), Hamal De Dhamal, Saglikade Bombabomb, Sawat Majhi Ladki (1993), Shejari Shejari (1990), Ek Hota Vidushak (1992), Lapandaav (1993), Navari Mile Navryala (1984), etc.

    • Actress, Model, Singer
    • Varsha Usgaonkar
  5. Jun 15, 2018 · Born into a highly respected family, she is the daughter of Goa’s former Deputy Speaker A. K. S. Usgaonkar. She has two siblings Dr. Mrs. Tosha Kurade and Mrs. Manisha Tarcar, well settles in their respective career and home. Born and brought in this beautiful coastal city, Varsha has a special for Goa and Goan people in her heart.

  6. A. K. S. Usgaonkar (Achyut Kashinath Sanai Usgaonkar) was a leader of Maharashtrawadi Gomantak Party. He served as cabinet rank minister in Shashikala Kakodkar ministry of Goa, Daman and Diu from 13 August 1977 to 27 April 1979.

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  8. Jan 20, 2017 · Research on covalent organic frameworks (COFs) has recently gathered significant momentum by the virtue of their predictive design, controllable porosity, and long-range ordering. However, the lack of solvent-free and easy-to-perform synthesis processes appears to be the bottleneck toward their greener fabrication, thereby limiting their possible potential applications. To alleviate such shortcomings, we demonstrate a simple route toward the rapid synthesis of highly crystalline and ...