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SOFIA SINHA
Department of Physics +1-480-635-9876(M)
College of Liberal Arts and
Science +1-480-965-1230
(O)
Arizona State University
Tempe, AZ ̶ 85001 sofia.sinha@asu.edu
Summary
Enthusiastic, flexible physics PhD
with strong background in analytical, numerical, computational techniques and data
analysis. Experience in TEM and ORACLE 10g database certified professional.
Education
Doctor
of Philosophy, Physics,
Arizona State University (ASU), Tempe, AZ Expected December 2011
Dissertation: Modeling Amorphous
Calcium Carbonate GPA 3.44
Master
of Science, Physics, University of Indore, Indore,
India July 2005
Thesis: Ultra High Speed
Communication by Propagation of Soliton 1st
Division with Distinction (88.2%)
Bachelor
of Science,
Physics, University of Calcutta,
Calcutta, India July 2003
Honors
Research
Interests & Expertise
Atomistic modeling simulation &
data analysis, Band structure calculation, Density Functional Theory (DFT), Diffraction
physics, TEM, Material science, Biomineralization, Nano-structures and quantum
dots, Capacitance-voltage (C-V) measurement of quantum dots, Excitonic behavior
in quantum dots under electric field, Fourier transform, Linear &
non-linear least square techniques, Parallel Programming, Quantum and Classical
Monte-Carlo techniques, Statistical mechanics, Protein spectroscopy, Fourier
optics, non-linear optics & signal transmission, Plasma physics, Carbon nano-tube
(CNT), Graphine, Radio astronomy, ORACLE DBA
Technical
Skills
Certification:
ORACLE
10g Admin Database Certified Professional, ORACLE Developer Certified Associate
Programming
Language: C,
C++, FORTRAN, MATLAB, Octave, Python, Java, Mathematica, SQL, PL/SQL
Operating
System:
Linux/Unix (Desktop & Supercomputing Cluster), Windows, Macintosh
Experimental: Transmission
Electron Microscopy (TEM)
Scientific
Tools:
VASP, ABINIT, PI, GSL, Jmol, Inkscape, CrystalMaker, CrystalDiffract, imageJ,
MS Office
Research
Experience
PhD Dissertation
Project: Modeling Amorphous Calcium Carbonate, ASU
Jan 2010 ̶ Dec
2011
● Modeled CaCO3
crystals with impurities, relaxed under DFT package VASP to simulate
bio-minerals
●
Collected distortion distributions which were used to model amorphous calcium
carbonate
●
Developed diffraction software (C), generated diffraction pattern for amorphous
CaCO3
●
Obtained and processed TEM diffraction image of amorphous calcite and compared
with simulation
Master’s
in Passing Project: Simulation of Charging of Ge/Si Quantum Dot, ASU
May 2007 ̶ Dec
2008
●
Modeled Ge/Si quantum dots and relaxed the structure with Valance Force Field (VFF)
potential
●
Used Path Integral (PI) Monte-Carlo code to simulate electron trapping in
quantum dot potential well
●
Compared results with Atomic Force Microscopy data to calibrate theory for C-V
measurements
Graduate
Trainee Projects: Generating Phased Array Pattern and Solving Complex Gain
Parameters from the visibility of Giant Meter Wave Radio Telescope (GMRT)
Antennas (National
Center for Radio Astronomy, Pune, India, July 2005 ̶ July
2006)
● Developed
software (C) to generate power pattern for any given number of antenna in phase
●
Used non-linear least square (LM) method to obtain antenna gain parameters from
observed intensity
Other
Projects
Study
of UV Spectra of BSA and α-Casein amino acids, ASU May ̶ July 2010
● Developed MATLAB
code using least square method to fit UV spectra of the above amino acids
Quantum
Effects on Stark Shifts in InGaAs/GaAs quantum dots, ASU Jan ̶ Dec
2009
● Modeled
InGaAs/GaAs quantum dots and relaxed the structures under VFF potential
● Used PI
software to analyze electric field effect on the excitonic spectra in these quantum
dots
DNA
Translocation through Carbon Nano Tube, ASU May
2008 ̶
July 2008
● Developed FORTRAN code to design
DNA base-pair and CNT circuitry for DNA propagation through CNT
Study
of Synthetic He spectra, Institute for Plasma Research,
Gandhinagar, India June ̶ July
2004
● Comparative study
of neutral
helium line emissions synthetic spectra in purely ionizing and
recombining
plasmas
Employments
Teaching
Assistantship, Department of Physics, ASU Aug 2006
̶ May 2011
● Taught 4 Newtonian
mechanics, 3 Electricity & Magnetism (theory and lab) undergraduate courses
●
Enjoyed mentoring and working with large (approx. 120 per semester) undergraduate
physics classes
●
Received excellent evaluations from students for knowledge and attitude
Graduate
Trainee,
National Center for Radio Astronomy, Pune, India July 2005 ̶ July
2006
● Developed
software for data analysis at GMRT observatory
Publications
1. S.
Ketharanathan, Sourabh Sinha, J.
Shumway and J. Drucker, Electron charging in epitaxial Ge
quantum dots on Si(100), J.
Appl. Phys., 105, 044312 (2008)
2. L.
Zhang, Sourabh Sinha and J. Shumway,
Effects of correlation and hyperpolarizability on Stark shifts in InGaAs/GaAs
dots {in preparation}
3. Sourabh Sinha, P.
Rez, Modeling amorphous CaCO3 based on DFT calculations of
distortions induced by Mg and H2O {in preparation}
Conferences
1. 10th ICCBMT, Carefree, AZ 7 – 12 Nov, 2010
● Poster:
Modeling of Amorphous Calcite
2. APS Four Corners Meeting, Flagstaff, AZ 19 – 20 Oct, 2007
●
Presentation: Charging of Quantum Dots
Achievements
& Honors
● University
Graduate Fellowship Award (ASU)
May 2011, May 2007
● All India Graduate Aptitude Test in Engineering
(rank 245) Feb. 2006
● All India University Grant Commission National Eligibility Test June 2006
●
Certified
by Indian Association of Physics
Teachers for ranking March
2003
In top 10% in National Graduate Physics Examination
● Qualified for under-19 West Bengal state school cricket championship Dec 1999, Nov 1998
Membership
● American Physical
Society (Student)
● Indian Physics
Association (Student)
● National
Geographic Socity
References
Available upon request
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