Uma Y Shama

Uma Y. Shama
Uma Y. Shama
Residence	Bridgewater, CT, United States
Nationality	Indian / USA
Known for	Gaussian Dynamics
Scientific career
Fields	Professor of Mathematics

Dr. Uma Shama is a professor of mathematics and computer science at Bridgewater State College and is co-director of the college's GeoGraphics Laboratory. A native of Bangalore, India, she was the youngest of four children (she has one older sister and two older brothers). Dr. Shama earned her bachelor's and master's degrees in mathematics from Bangalore University. She earned a second master's degree from the University of Connecticut in 1985 and her Ph.D. from that same university in 1987. Dr. Shama joined the college faculty in 1987 and in 1991 was appointed the first faculty co-director of the college's Center for the Advancement of Research and Teaching (CART). In 1996, she joined Mr. Larry Harman as co-director of the GeoGraphics Laboratory, which works with state and federal agencies on transportation issues.

In 2007, Dr. Shama was awarded a Presidential Award for Distinguished Teaching and Honors Outstanding Faculty Award from the college in recognition of her continuing teaching, research and service to the institution. She lives in Bridgewater with her husband and son.

Abstracts

• 2009 - "The Holor Representation of Chemistry"
• 2007 - "Developing Low-Cost Vehicle Location And Web Mapping Using Nextel GPS Cell Phones And Google? Maps "
• 2007 - "The 21st Century Form of Newton?s Gravitational Equation"
• 2007 - "The Stability of a Spinning Charged Ring"
• 2006 - "The Spinning Charged Ring"
• 2005 - "Developments on the Postulate on the Velocity of Light in the Twentieth Century"
• 2005 - "The Gravitational Explanation of the Seasonal Variations in Chemical Processes Observed by Roberto and Emilio Monti"
• 2005 - "The Spinning Charged Ring"
• 2004 - "Comparative Analysis of the Doppler Shift Based on Two Postulates on the Velocity of Light"
• 2004 - "Comparison of the Classical Electromagnetic Theory with the New Gaussian Electromagnetic Theory"
• 2003 - "The Interpretation of Jorge Cur?'s Modified Millikan Oil Drop Experiment"
• 2001 - "Global Positioning Systems in Intelligent Transport Systems and the Postulate on the Velocity of Light"
• 2001 - "The Interpretation of the Railgun Experiments of Graneau and Mueller"
• 2000 - "In What Coordinate System Are the Electrodynamic Equations Valid?"
• 2000 - "Divergence and Curl: The Fundamental Formulation of Electromagnetic Theory"
• 2000 - "The Graneau Experiments"
• 2000 - "The Interpretation of Four Famous Experiments"
• 2000 - "New Gaussian Equation for the Force Between Current Elements"
• 2000 - "Path of a Moving Charge in a Uniform Electric Field"
• 1999 - "The Development of the Universal Time Postulate on the Velocity of Light"
• 1999 - "The Electrodynamic Interpretation of Mass Variation"
• 1999 - "High Velocity Applications of Electrodynamics"
• 1999 - "The Interpretation of the Velocity of Light"
• 1998 - "The Electrodynamic Formulation of the Hering Furnace and Overhead Welding: Three Viewpoints"
• 1998 - "Electromagnetic Fields from Three Viewpoints"
• 1998 - "The Motion of an Electric Charge in a Uniform Electric Field: Three Viewpoints"
• 1998 - "The Reality of Universal Time"
• 1998 - "Visualizing the Postulates of the Velocity of Light"
• 1997 - "The Hering Experiment from Three Viewpoints"
• 1997 - "Overhead Welding from Three Viewpoints"
• 1997 - "Synchronization of Clocks"
• 1997 - "The Transformation Equations of the Electromagnetic Field Vectors"
• 1997 - "The Transformation Equations of the Electromagnetic Field Vectors"
• 1997 - "Weber's Equation and the Scalar Potential"
• 1996 - "Gaussian Electrodynamics and the Constancy of Mass"
• 1996 - "Holors, Tensors, and the Mystery of Inertia"
• 1996 - "A New Interpretation of the Hafele-Keating Experiment" (Read in full)
• 1996 - "Sagnac-Type Experiments and the Postulate on the Velocity of Light"
• 1996 - "Stellar Aberration and the Postulates on the Velocity of Light" (Read in full)
• 1995 - "New Maxwell Equations"
• 1994 - "The Electrodynamics of Gauss, Neumann, and Hertz" (Read in full)
• 1994 - "The Force Between Current Elements" (Read in full)
• 1994 - "The History of the Mathematical Representation of Electromagnetic Theory"
• 1994 - "The Holor Representation of Polarization"
• 1994 - "A New Interpretation of the Doppler Shift"
• 1994 - "Partial and Total Derivatives and the Force Between Current Elements"
• 1994 - "Partial and Total Derivatives in Retarded Force Equations"
• 1993 - "Revision of Relative Velocity Equation for the Force Between Moving Charges"
• 1993 - "Transformation Equations in Accelerated Coordinate Systems" (Read in full)