Dr. Mahua Biswas
- About
- Research
Biography
Dr. Biswas joined ISU in Fall 2020. She completed her Ph.D degree in experimental physics from Dublin City University, Ireland in 2010. Before joing ISU she worked as an assistant professor at Missouri State University and worked as a post-doctoral research appointee at Argonne National Laboratory.
Current Courses
PHY 102.003 Atoms To Galaxies
PHY 102.004 Atoms To Galaxies
PHY 390.020 Computational Research In Physics
PHY 105.001 Fundamentals Of Physics
PHY 105.002 Fundamentals Of Physics
PHY 105.003 Fundamentals Of Physics
PHY 105.004 Fundamentals Of Physics
PHY 105.005 Fundamentals Of Physics
PHY 105.006 Fundamentals Of Physics
PHY 105.007 Fundamentals Of Physics
PHY 105.008 Fundamentals Of Physics
PHY 105.009 Fundamentals Of Physics
PHY 105.010 Fundamentals Of Physics
PHY 105.011 Fundamentals Of Physics
PHY 105.012 Fundamentals Of Physics
PHY 105.013 Fundamentals Of Physics
PHY 299.020 Independent Honor Study
PHY 287.020 Independent Study
PHY 290.020 Research In Physics
PHY 370.001 Advanced Experimental Physics
PHY 470.001 Advanced Experimental Physics
PHY 105.008 Fundamentals Of Physics
PHY 105.009 Fundamentals Of Physics
PHY 105.010 Fundamentals Of Physics
PHY 105.011 Fundamentals Of Physics
PHY 105.012 Fundamentals Of Physics
PHY 105.013 Fundamentals Of Physics
PHY 105.014 Fundamentals Of Physics
PHY 299.020 Independent Honor Study
PHY 490.037 Research Development in Physics
PHY 290.020 Research In Physics
Teaching Interests & Areas
Introductory Physics
Electronics
Experimental Physics
Research Interests & Areas
Current research interest of Biswas group is on fabrication of nanometer scale materials for emerging technologies. We study the fundamental mechanism behind the nanomaterial formation and the nanomaterials properties using high resolution microscopy, optical & infrared spectroscopy, and diffraction.
In recent years we have explored-
a. Block copolymer nanostructures as a template for inorganic nanofabrication
c.Sequential Infiltration synthesis and Atomic Layer Deposition for inorganic Nanomaterial growth
d. Fourier Transform Infrared Spectroscopy for understanding the nanomaterial growth mechanism