J c bose biography sample
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The Englishman (January 18, 1896) quoted from The Electrician and commented as follows: ”Should Professor Bose succeed in perfecting and patenting his ‘Coherer,' we may in time see the whole system of coast lighting throughout the navigable world revolutionized by a Bengali scientist working single handed in our Presidency College Laboratory.” Bose planned to “perfect his coherer,” but never thought of patenting it.
Roentgen, Pierre Curie and many others also chose the path of no patenting on moral grounds.
He further noted that Bose recorded his attitude toward patents in his inaugural lecture at the foundation of the Bose Institute, on November 30, 1917.
Many of his instruments are still on display and remain largely usable now, over one hundred years later.
Bose and the legendary mathematician Ramanujam were also the first Asian fellows of the Royal Society, London as well as those of Vienna and Finland. Rev. 60:265–367.
[2] B. On this occasion, he delivered his famous address "The voice of life" and dedicated the institute to the service of the nation. Swami Vivekananda, Sister Nivedita (whose influence is reflected in the institute's emblem of vajra), Sara Chapman Bull (whose generous philanthropy was significant in setting up of the Institute) and Rabindranath Tagore were among those who inspired and supported J.
C. Bose in his endeavours. At the institute, he continued efforts to device inorganic models of the biophysical phenomena underlying electrical and mechanical responses to stimulation, the transmission of excitation in plant and animal tissues and of vision and memory.
References:
[1] G.L.
He was a man of strong principles, who went beyond the restrictions of the caste system and beyond Hindu-Muslim animosity. From the manuscript submitted to the Royal Society (but never published), the thesis stated that “there is no discontinuity between the living and the nonliving.” With such research, Bose began to draw connections between the responsive behavior of living matter, such as muscle, and inanimate matter like metal.
By the end of 1895, Bose ranked high among Hertz’s successors. Many of these experiments were possible because of his design and fabrication of novel instruments like crescograph, photosynthetic bubbler, soshnugraph etc.
Soon after joining Presidency College, Bose started to teach practical classes at the Indian Association for the Cultivation of Science, where his former teacher, Father Eugene Lafont, was still lecturing on physics.
Bose wanted to go to England to compete for the Indian Civil Service, but although his father was an able administrator, he vetoed the plan, as he wished his son to be a scholar.
The Indian Botanic Garden at Shibpur was renamed in his honour in 2009. A crater on the moon is named after him.
Besides being a physicist par excellence, another remarkable contribution of J. C. Bose was that he was the first in the world to initiate interdisciplinary research by probing plants from the vantage point of physics - an integrated biophysical view of life that is in vogue.
1899 - 1902: Initiated detailed study of coherer leading to his discovery of the common nature of the electrical response to all forms of stimulation, in animal and plant tissues as well as in some inorganic models.
Professor Froot received his B.A.
from Stanford University and his Ph.D.
Early life and education
Bose was born in Mymensingh in East Bengal (what is now Bangladesh) , on November 30, 1858. Multi-feed Systems for Radio Telescopes, ed. He, however, readily consented to his son’s intention to study medicine. According to him, a plant treated with care and affection gives out a different vibration compared to a plant subjected to torture.
The Electrician readily commented on Bose’s coherer (December 1895). J.C. Bose was at least this much ahead of his time.