National Science Day 2023: National Science Day National Science Day is celebrated on February 28 every year in the country. Chandrasekhara Venkata Raman, who invented the Raman Effect, confirmed his research result on February 28. The Government of India announced in 1987 to celebrate National Science Day that day. Raman, a genius who has studied the country’s energy in science, has been studying at the top of India
National Science Day 2023 Raman Effect | Know the 28 Feb why Celebrate
National Science Day 2023 Sir Sevi Raman is one of the most internationally recovered by modern Indian scientists. Nobel is coming to Indians in scientific innovations. Sir Sevi Raman achieved that feat and wrote a new history. He is also known for being the only Asian native of Chemistry Nobel in science. What about Indians going abroad for research? Raman is a great man who has come here for research.
Until Raman, Nobel Prizes in Science were awarded to scientists from Western countries. However, as Raman is a beautiful Indian, he studied on this soil and conducted head-to-head research in science and won the Nobel to the world by the world. My religion is the science of science. It is worshiped for the rest of his life.
Read More: GATE Official Answer Key | IIT GATE answer key out at gate.iitk.ac.in
Chandrasekhar Venkataraman, known as Sevi Raman, was celebrating National Science Day on February 28, 1928, as National Science Day. In recognition of Raman’s enormous services in physics, the government declared that the date of his honor was the National Science Day.
National Science Day is celebrated with a theme every year. This year, the theme of the World Science Model for World Welfare. This represents the role of India in the world and the growing importance of the international field. The theme was released on January 10, by Union Science and Technology Minister Dr. Jitendra Singh. The topic has been selected with the aim of solving some of the problems faced by Indian scientists and researchers in the world.
On November 7, 1888, Raman was born to Chandrashekhar Iyer and Parvati Ammal in Tiruchirappalli, Tamil Nadu. Raman, who completed his primary education in Visakhapatnam, has been exaggerating the subject of science since childhood.
The father was also a physiological teacher and became more and more intriguing. Raman, who is known as a wise student, completed matriculation at 12 years and won a gold medal in Physics. He then made history at the University of Madras and became the first person to achieve the Gold Medal in Physics and completed the Gold Medal in the subject.
At the age of eighteen, Raman’s research articles on light properties were published in the Philosophical Magazine emanating from London. The faculty who noticed his passion for research advised him to go to England. However, the government’s medical examination was abandoned by the fact that he was not in good health for the atmosphere of England. Seva Raman, who later joined the finance department, was transferred to Calcutta in 1907.
There they went to the Indian Science Association and perform research on a regular basis. Vice-Chancellor Ashutosh Mukherjee, Vice-Chancellor of Calcutta University, wrote a letter to the British government. In the letter, Raman suggested that it would be better to use the research for a full period. The British government, however, did not accept it. Raman, who resigned from the job, spent full time on research.
He then passed the ICS exams at the request of his parents and joined the Calcutta Finance Ministry as Deputy Accountant General. Once in the streets of Calcutta, the Indian Association for Cultiveness of Science was seen near Buzaru Street. The company’s secretary Dr. Amritalal Sarkar received permission to research.
Raman’s mother Parvati played Ammal Veena. That is why Raman’s first investigations went on musical instruments such as violin, veena, and beast. He resigned from his job with a craving for science research and joined the University of Calcutta as a professor of Physics. In 1921, he lectured in London on the verbal secret of the musical instruments he studied. A man in the listeners hopes to be a member of the Royal Society with similar issues.
This has increased perseverance in Raman’s research. diverted his research from the phenomenon to light. He saw the sky and the seawater in blue as he traveled from England and traveling on the ship. imagined that the lighting of the sea was not the blue reflection of the sky’s blue color …
Upon reaching Calcutta, he conducted research on liquids, gases, and transparent solids to prove his hypothesis. In this research, young scientists KR Ramanathan and KS Krishnan supported him. In the year 1927, the Nobel Prize in the Physics Department, when the research the Compton X rays was real, thought that it was true.
That idea led to the Raman effect. On February 28, 1928, the Raman Effect was discovered and Raman was confident that his idea would be answered in the absence of sophisticated equipment. The Raman Effect proved that it would change its nature when the light was transparent through the transparent solid, liquid, and air. The phenomenon was revealed at a scientists’ conference in Bangalore on March 16, 1928.
In 1929, the British government honored Raman with the title of Knight Hood. All world scientists have praised that the Raman Effect is unusual in that only Rs. The Nobel Prize was awarded to the Royal Swedish Academy of Physics in the 1930s. The Government of India in 1954 to mark Raman’s services to science
Raman, who was recognized as the most intelligent Raman in 1924, was a member of the England Royal Society. The prestigious Franklin Medal was founded in 1947. C.V. Raman found the Raman effect and drowned the world in awe. We are celebrating National Science Day on February 28, they found the Raman Effect in the field of physics with his unique general research ability. Since February 1987, the Government of India has officially celebrated as National Science Day annually.
