Laser Physics (Light-Matter Interaction),
Quantum Information Science (QIS), and
Quantum Artificial Intelligence (QAI)
Physics Nobel Prize -Artificial Intelligence (AI)- Click: PHYSICS-NOBEL-PRIZE-2024
Physics Nobel Prize -Laser Physics- Click: NOBEL-PRIZE-2023/
Physics Nobel Prize -Quantum Information Science (QIS)- Click: Nobel-Prize-2022/
High Power Laser Delivering a Train of Optical Pulses
Name: Parminder Bhatia
Qualification: Ph. D. (Physics),
Department of Physics,
The University of Texas at Austin, USA.
Thesis: Optically-Heterodyne Raman Induced Kerr Effect using Pulsed Lasers
e-mail Address: psbhatia20002@gmail.com
& psbhatia20004@gmail.com
Phone: 774-262-7733
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All Information about Past & Current Research Work
is available in this Personal Research Website
Current Research is Most Important to See.
For Past Research /Current Research / Publications /Presentation
Click on Appropriate Section Listed in the Top Row of this Home Page.
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Educational Background: P. S. Bhatia hold B. Sc (Hon) with highest honor in Physics and M. S. (Optical Science). This was followed by Ph.D. from Department of Physics at The University of Texas (UT) at Austin in Austin, Texas, USA. The later research work was done at the Massachusetts Institute of Technology (MIT) in Cambridge, Massachusetts, USA. At this time, I have finished from MIT and do a little work in a small company in Massachusetts but majority of time I do academic kind of research and make research proposals.
(Experimental)
(Sub-Area -1)
Laser Physics, ---------Physics Nobel Prize 2023 & 2018 !
Nonlinear Optics (NLO),-----Physics Nobel Prize 1981 !
(Sub-Area -2)
Atomic, Molecular, & Optical (AMO) Physics,--Physics Nobel Prize 2001 !
Laser Spectroscopy Instrumentation Development,
(Sub-Area -3)
Quantum Information Science (QIS).-----Physics Nobel Prize 2022 !
Quantum Artificial Intelligence (QAI).-----Physics Nobel Prize 2024 !
Quantum Engineering
Quantum Computation/ Quantum Communication
(Both with Atomic Physics and Optical / Photonic Approach)
[1] Experimental Tripartite Quantum State Sharing and Perfect Teleportation of the
Two-Qubit Photonic State using Genuinely Entangled Multipartite States,
P. S. Bhatia, J. Opt. Soc. Am. B 31 (1), 154-163 (2014).
Download: (*BH-PUB-1) pdf
[2] Elementary Tripartite Quantum Communication Photonic Network at the Telecom
Wavelength,
P. S. Bhatia, Laser Physics, 31 (9), 095203 (2021). Download: (*BH-PUB-2*) pdf
[3] Solid State Quantum Computing using Spectral Holes,,
M. S. Shahriar, P. R. Hemmer, S. Lloyd, Parminder S. Bhatia, J. A. Bowers,
and A. E. Craig, Phys. Rev. A 66, 032301 (2002).
Download: (*BH-PUB-3*) pdf
[4] Pressure and Power Dependence of the Optically Heterodyne Raman Induced Kerr Effect
Line Shape, P. S. Bhatia and John W. Keto, Phys. Rev. A 59, 4045 (1999).
Download: (*BH-PUB-4*) pdf
[5] Laser Amplification without Population Inversion on the D1 Line of the Cesium Atom
using Semiconductor Diode Lasers,
P. S. Bhatia, G. R. Welch, and M. O. Scully, J. Opt. Soc. Am. B 18 (11), 1587 (2001).
Download: (*BH-PUB-5*) pdf
Current (Year 2024 !) Research in Progress (Most Important to See):
For current research work Click on Page: A-CURRENT, which is located on TOP ROW of this Home Page. For seminar presentation on current research click on Page: D-PRESENTATION, which is located on the TOP ROW of this Home Page. This presentation will allow you to view Complete Seminar Talk on current research projects, right on your computer screen. For Publications related to current research projects click on Page: C-PUBLICATION, which is located on the TOP ROW of this Home Page.
Past Research Background: For past research background Click on Page: B-PAST, which is located on TOP ROW of this Home Page.
Textbook Under Preparation: Current work also include working on a Textbook. For more detail of this book click on Page: (A3)-PROJECT-3, which is located on TOP ROW of this Home Page.
Laser & Amplifiers Typically Used in Our Experiments: For Lasers & Amplifiers, Nonlinear Crystals, Photo-detectors, Electronics, and Data-Acquisition typically used in our experiments click on Page: E-LASER, which is located on TOP ROW of this Home Page.
Atoms & Molecules Typically Used in Our Experiments: For Atoms and Molecules typically used in our experiments click on Page: F-ATOM, which is located on the TOP ROW of this Home Page.
To get Complete Overview of the research activity go to the TOP of this Home Page and click on each of the following Pages, which are located on the TOP ROW of this Home Page.
A-CURRENT
B-PAST
C-PUBLICATION
D-PRESENTATIO
E-LASER
F-ATOM
Contact about this Website
Send e-mail: psbhatia20004@gmail.com
Expire on May 23, 2025
END