Dipangkar Dutta             Professor
- Research Interests: Experimental Nuclear
My research is focused on precision measurement of fundamental properties of nucleons.
These studies seek to understand the internal structure of hadrons in terms of the
underlying quark and gluon degrees of freedom of Quantum Chromodynamics (QCD).
Most of this research is carried out at Jefferson Lab (JLab) in Newport News where we
undertake experiments in search of signatures of QCD in nuclei. Recently, we completed
the PRad experiment which aims to measure the
proton charge radius with sub-percent precision. The PRad experiment may help resolve the large
discrepancy between measurements using electrons vs muons (
the so called proton radius puzzle ). Another recently approved experiment involves measuring the
mesonic content of the nucleon using deep-inelastic scattering with spectator tagging, this experiment will
also allow us to exact the quark distributions inside pions.
My research program also includes precision tests of fundamental symmetries and the
Standard Model, which constitute experimental searches for new forces beyond the four included in the Standard Model.
One of these experiments (The QWeak experiment) used parity violating
electron scattering from the proton to perform the first high precision measurement of the weak charge of the
proton. As part of this experiment my group built a set of diamond micro-strip tracking detectors which were the
first such detectors to be used in a nuclear and particle physics experiment.
Another experiment is the new search for the neutron electric dipole moment (The nEDM
Experiment) which is proposed for the Spallation Neutron Source at Oak Ridge National Lab. The goal of this experiment is a factor of 100
improvement over the current experimental limit. This search for a
non-zero value of the neutron EDM is a direct search for violation of
the time reversal symmetry (T).
|Ph. D.||Northwestern University||1999|
|B. Tech.||Indian Institute of Technology, Bombay||1992|
|Professor|| Mississippi State University ||2016-present |
|Associate Professor|| Mississippi State University ||2012-2016 |
|Assistant Professor|| Mississippi State University||2006-2012 |
|Assistant Research Professor|| Duke University||2003-2006 |
|Senior Post-doctoral Associate|| Massachusetts Institute of Technology||2001-2002|
|Post-doctoral Associate|| Massachusetts Institute of Technology||1999-2001 |
- Curriculum Vitae
html version ; printable version
- X. Yan et al., Robust extraction of the proton charge radius from electron-proton scattering data Phys. Rev. C, vol 98 (2018) pp 025204.
- D. Androic et al., Precision measurement of the weak charge of the proton Nature, vol 557 (2018) pp 207
- J. D. Maxwell et al., Design and Performance of the Spin Asymmetries of the Nucleon Experiment Nucl. Inst. and Meth. A, vol 885 (2018) pp 145
- A. J. Puckett et al., Polarization Transfer Observables in Elastic Electron Proton Scattering at Q2=2.5, 5.2, 6.8, and 8.5 GeV2 Phys. Rev. C, vol 96 (2017) pp 055203.
- J. A. Magee et al., A novel comparison of Moller and Compton electron-beam polarimeters Phys. Lett. B, vol 766 (2017) pp 339.
- X. Yan et al., First measurement of unpolarized semi-inclusive
deep-inelastic scattering cross sections from a 3He target Phys. Rev. C, vol 95 (2017) pp 035209.
- T. Horn et al., The Aerogel Cherenkov Detector for the SHMS magnetic spectrometer in Hall C at Jefferson Lab Nucl. Inst. and Meth. A, vol 842 (2017) pp 28.
- P. Mohanmurthy, A. Narayan and D. Dutta, A Test of Local Lorentz Invariance with Compton Scattering Asymmetry Mod. Phys. Lett. A, vol 31 (2016), 1650220.
- D. Dutta, High Precision Electon Beam Polarimetry Int. J. Mod. Phys. Conf. Ser., vol 40 (2016), 1660085.
- A. Narayan et al., Precision Electron-Beam Polarimetry at 1 GeV Using Diamond Microstrip Detectors Phys. Rev. X, vol 6 (2016), 011013.
- Research Sponsor
Department of Energy, Office of Science, the National Science Foundation and Oak Ridge Associated Universities/ Oak Ridge National Lab
- Graduate Students
- Kofi Assumin-Gyimah (PhD expected 2020)
- Deepak Bhetuwal (PhD expected 2021)
Project: Color Transparency at 12 GeV
- Abishek Karki (PhD expected 2021)
Project: EMC effect
- Edward Leggett (2008 honors college summer fellow, MS 2011, PhD expected 2017)
Project: Simulation of the neutron EDM experiment
- Hem Bhatt (PhD expected 2021) (co-advisor)
Project: Charge Symmetry Violation
- Abdullah Altayer (MS 2017)
- Nuruzzaman (MS 2010)
- Amrendra Narayan (MS 2009, PhD 2015)
- Yipeng Jiang (MS 2015)
- Li Ye (PhD 2018)
- Undergraduate Students
- James Browning
- Cameron Moffat
- Ben Emmich (2016-2017)
- Nic Ezzell (2015-2016)
- John Madsen (2013 - 2016)(2013, 2014 honors college summer fellow, 2013 NEMDJ research award, Goldwater honorable mention)
- Mangesh Joshi (2015 - 2016)
- Mikhail Gaerlan (2013 - 2016)
- Prajwal Mohanmurthy (2010 - 2013) (2010, 2011 honors college summer fellow, 2011 Clinton E. Wallace undergrad research award, 2012 JSA undergraduate research fellowship )
- Johnathan Sandlin (2012-2013)
- Amy Ray (2012)
- Nishi Sunthwal (2011-2012)
- Robert Jacobson (2010-2011)
- Edward Leggett (2008-2009)
- Charles Vaughn (2007-2008)
- Daniel Brown (2006-2007)
- Post-doctoral Associate
Hao Jiang (PhD 2017, U. of South Carolina)
Project: Fermilab, polarized Drell-Yan experiment.
Md. Latiful Kabir (PhD 2017, U. of Kentucky)
Project: Hall C commissioning experiments
Krishna Adhikari (PhD 2013, ODU)
Project: Proton charge radius experiment
Mitra Shabestari (PhD 2010, UVa)
Project: GEM based forward tracker for the SHMS.
- Awards and Honors
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