Prof.Dilip Kumar Maiti
APID: 9836
capProfessor at University of Calcutta Kolkata, West Bengal
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My Biography

Dilip K. Maiti was born September 09, 1970, in More West Bengal, India. He received his B. Sc. in chemistry in 1991 and M. Sc. (organic chemistry major) in 1993, from University of Calcutta, India. He achieved his Ph. D. on stereoselective synthesis, from Indian Institute of Chemical Biology in 1998. He had done his postdoctoral research in the School of Medicine, Wayne State University, USA. In 2005, he joined as a Reader faculty at University of Calcutta and became full Professor in 2011. His major research activity is focused on organic synthesis, catalysis and fabrication of smart organic nanomaterials, sensors and devices.

Area Of Expertise

Catalysis, Organic Synthesis, Fabrication of nanomaterials, sensors and devices

Area of Intrest

Chemistry, Catalysis, Nanoscience and Nanotechnology, Organic electronics

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Production of new materials using waste to promote circular economy and environmental sustainability

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Production of new materials using waste to promote circular economy and environmental sustainability

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My recent research proposal on the adaptive reuse of heritage buildings in Visakhapatnam makes a Read More difference in achieving one of the sustainable development goals.
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Lack of potable water is a global challenge today, on the other hand, pathogenic bacteria cause Read More pollution of water resources and cause diseases and in many cases, death. Therefore, quick, accurate, and timely identification of this pathogenic factor is very important. Nowadays, biosensors have received much attention due to their simplicity, high speed, and inexpensive, and they have a promising perspective for controlling water quality and maintaining public health.
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Sakineh Hargol Zadeh

Lack of potable water is a global challenge today, on the other hand, pathogenic bacteria cause Read More pollution of water resources and cause diseases and in many cases, death. Therefore, quick, accurate, and timely identification of this pathogenic factor is very important. Nowadays, biosensors have received much attention due to their simplicity, high speed, and inexpensive, and they have a promising perspective for controlling water quality and maintaining public health.
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Title: CuII-Catalyzed cis-Selective Synthesis of Ketoepoxides from Phenacyl Bromides and Water
Subject: Chemistry
Journal:
doi.org/10.1021/acs.joc.2c02835
Published By: OtherAmerican Chemical Society
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Editorial Roles
Chemistry

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