C.V. Raman, the Pride of India(Class 7 lesson supported with audio file)

16th March 1927 Dr. Chandrashekhar Venkata Raman Made Discovery Of "Radiation"

SATURDAY, SEPTEMBER 7, 2013

C.V. Raman, the Pride of India(Class 7 lesson supported with audio file)

                                 C.V. RAMAN, THE PRIDE OF INDIA

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C.V.RAMAN BY VINAYADHAR RAJUON MIXCLOUD

on the busy Bowbazaar Street in Calcutta there was an old building. It was the headquarters
of the Indian Association  for Cultivation of Science. In December, on a fine evening in
1927, there was much excitement in one of its laboratories.
Chandrasekhar Venkata Raman was showing a visitor some of his instruments when a
young man, K.S.Krishnan, rushed in andannounced, P

C.V.Raman by Vinayadhar Rajuon Mixcloud

on the busy Bowbazaar Street in Calcutta there was an old building. It was the 
headquarters of the Indian Association  for Cultivation of Science. In December, 
on a fine evening in1927, there was much excitement in one of its laboratories.
Chandrasekhar Venkata Raman was showing a visitor some of his instruments 
when a young man, K.S.Krishnan, rushed in andannounced, Professor Compton
 has won the Nobel Prize.Raman was equally delighted.Excellent news, he said,
 smiling at the visitor and then he was lost in thought. But .look here, Krishnan, 
he said turning to the young man, if this Compton Effect is true of X-rays, it must
 be true of light too. A few years earlier, A.H.Compton had shown that the nature
 of X-rays changes when passed through matter. The change was dependent on the
 kind of matter. This effect wascalled the Compton Effect. Could light also change 
its nature when passed through a transparent medium? That
was the question that Raman asked himself. For five years he had been doing research in
optics, the science of light. No sophisticated equipment was available in his laboratory, but
Raman was confident that he could find the answer with some modifications in his equipment.
Four months later, on March 16, 1928, Raman announced his discovery of new
radiation (describing the behaviour of a beam of light passing through a liquid chemical) to
an assembly of scientists at Bangalore (now called Bengaluru).
The world hailed the discovery as the Raman Effect. For scientific research in this
country, it was a red-letter day. His discovery caught the attention of the world. With
equipment worth hardly Rs. 200/- and limited facilities, Raman was able to make
 a discovery
which won him the Nobel Prize in physics in 1930. Raman was born on November 7,
 1888, at Tiruchirapalli in Tamil Nadu. His father was a college physics teacher.
 He was a brilliant student right from the start. When Raman passed his matriculation, 
his parents were keen to send him abroad for higher studies. But on medical grounds, 
a British surgeon advised them against it and Raman stayed in the country to do the
 M.A. course at Presidency College in Madras (now called Chennai).
Science had already made an impression on him and he began to write research
 papers
for science journals. When he was only 19, he became a member of the Indian 
Association
for Cultivation of Science. Meanwhile, respecting his parents  wishes, he took up an
administrative job in the Finance Ministry in Calcutta. His interest in science, however, did
not flag. He used to spend his hours after office in the lab of the Association working
throughout the night.
In his youth, Raman was mainly interested in acoustics, the science of sound. He
studied how stringed instruments like the violin and the sitar could produce harmonious
music.
He was elected to the Royal Society of London in 1924 and the British Government
made him a knight of the British Empire in 1929. It was a high honour for any great scientist.
His advice to young scientists was to look at the world around them and not to confine
themselves to their laboratories. The essence of science, he said, is independent thinking
and hard work, not equipment.
C.V.Raman was the first Indian scholar who studied wholly in India and received the
Nobel Prize. He was the first Asian and the first non-white to win such a great award in
science. He passed away in 1970 on November 21. But his memories are with us. February
28, the day on which he discovered Raman Effect, is celebrated as National Science Day

to commemorate his remarkable achievement in science.rofessor Compton has won
the Nobel Prize.Raman was equally delighted.Excellent news, he said, smiling at the
visitor and then he was lost in thought. But .look here, Krishnan, he said turning to
the young man, if this Compton Effect is true of X-rays, it must be true of light too.
A few years earlier, A.H.Compton had shown that the nature of X-rays changes
when passed through matter. The change was dependent on the kind of matter.
This effect wascalled the Compton Effect. Could light also change its nature
when passed through a transparent medium? That
was the question that Raman asked himself. For five years he had been doing
research in
optics, the science of light. No sophisticated equipment was available in his
laboratory, but
Raman was confident that he could find the answer with some modifications
 in his equipment.
Four months later, on March 16, 1928, Raman announced his discovery of new
radiation (describing the behaviour of a beam of light passing through a liquid
chemical) to
an assembly of scientists at Bangalore (now called Bengaluru).
The world hailed the discovery as the Raman Effect. For scientific research
 in this
country, it was a red-letter day. His discovery caught the attention of the
world. With
equipment worth hardly Rs. 200/- and limited facilities, Raman was able to
make a discovery
which won him the Nobel Prize in physics in 1930. Raman was born on November 7,
 1888, at Tiruchirapalli in Tamil Nadu. His father was a college physics teacher. He
was a brilliant student right from the start. When Raman passed his matriculation,
 his parents were keen to send him abroad for higher studies. But on medical grounds,
 a British surgeon advised them against it and Raman stayed in the country to do the
M.A. course at Presidency College in Madras (now called Chennai).
Science had already made an impression on him and he began to write research papers
for science journals. When he was only 19, he became a member of the Indian
Association
for Cultivation of Science. Meanwhile, respecting his parents  wishes, he took
up an
administrative job in the Finance Ministry in Calcutta. His interest in science,
however, did
not flag. He used to spend his hours after office in the lab of the Association
working
throughout the night.
In his youth, Raman was mainly interested in acoustics, the science of sound.
He
studied how stringed instruments like the violin and the sitar could produce
harmonious
music.
He was elected to the Royal Society of London in 1924 and the British Government
made him a knight of the British Empire in 1929. It was a high honour for any
great scientist.
His advice to young scientists was to look at the world around them and not to confine
themselves to their laboratories. The essence of science, he said, is independent thinking
and hard work, not equipment.
C.V.Raman was the first Indian scholar who studied wholly in India and received the
Nobel Prize. He was the first Asian and the first non-white to win such a great award in
science. He passed away in 1970 on November 21. But his memories are with us. February
28, the day on which he discovered Raman Effect, is celebrated as National Science Day
to commemorate his remarkable achievement in science.

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