Bhupati Mohan Sen

Bhupathi Mohan Sen was born on 1 March 1888 in Rajshahi (now in Bangladesh). His father Raj Mohan Sen was Professor of Mathematics and Vice-Principal of Rajshahi Government College. His mother, Nishi Tara Devi, was a very devoted and pious lady.

Bhupathi Mohan Sen had his early education in Rajshahi Collegiate School and Rajshahi College. After completing school education he took admission in Presidency College and passed his B.Sc. Examination in 1908, with triple Honours, first class in Mathematics, second class in Physics and second class in Chemistry. In 1910 he obtained the M.Sc. degree from Calcutta University occupying first position in the first class in Applied Mathematics. After completing his M.Sc. degree he went to Cambridge as a foundation scholar of King's College for the period 1911–1915. In 1912 he took up his M.A. degree of Cambridge University obtaining the distinction of being a Senior Wrangler with the mark of distinction in special subjects.[3] In 1914 he won Smith's prize from Cambridge University for his very great academic distinction. He was the first Indian to win this prize.[4]

After returning India In 1915, he entered into Indian Educational Service. He was Professor of Mathematics of Dacca Government College from 1915 to 1921 and was Professor of Mathematics of Dacca University from 1921 to 1923. In 1923 he returned Calcutta and joined Presidency College (Presidency University) as Professor of Mathematics and held this position from 1923 to 1930. In 1931 he officiated as Principal of Presidency College and was confirmed in the post in 1934. In 1934 he became principal of the Presidency College and held the post for the period 1934-42 and retired from Government Service in 1943. After retirement, he was appointed Part-time Professor of Pure Mathematics, Presidency College, Calcutta University and held the same post till 1954 when he retired from University Service.

Sen's research work are mainly concentred in the following groups :

• Differential Geometry
• Hydrodynamics
• Modern Physics

He published a seminal paper in Nature in 1933. His paper titled Tidal Oscillation on a Spheroid was published in the Bulletin of Calcutta Mathematical Society. He was authored two books titled A New Classical Theory of the Photon and the Electron and Light and Matter: A New Classical Theory of Light and Matter based on the Maxwell Equations and the Special Relativity Theory with criticisms of the existing theories'.[5]