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Dr. Aeysha Khalique
Assistant Professor
Department of Physics

SNS
National University of Sciences and Technology (NUST)
NUST Sector H-12, Islamabad
Tel : +92 51 9085

Specialization
Theoretical Quantum Physics

Education
PhD, Physics (TU Darmstadt, Germany)

Research Interests:

Research interests involve cavity quantum electrodynamics in quantum optics. The focus is on atom field interaction and its applications in the entanglement generation, measurement and distribution. In quantum information, the research carried out covers various aspects of practical quantum communications from quantum key distribution to long distance quantum communication. There are a number of ongoing projects in collaboration with National Institute of laser and Optronics (NILOP), nationally and with Institute of Quantum Science and Tecnology (IQST), university of Calgary, Canada.

Research Students:

PhD

Sumaira Naz  (2012-)

MPhil
                                          
Syed Tahir Amin  (2012-)
                                                         
Zainub Liaqut     (2012-)
Amjad Hussain  (2009-2011)  “Realistic Entanglement Swapping and   Dense coding” 
Sadia Hassan  (2009-2011) “Error Correction in Quantum Cryptography”
Research ​Publications:
 
​S/No ​Reference
​1. A. Khalique, W. Tittle and B.C. Sanders, Practical long distance quantum communication using concatenated entanglement swapping, arXiv:1305.3946 [quant-ph] , Accepted for publication in Phys. Rev. A (2013).
​2. A. Khalique, G.M. Nikolopoulos and G. Alber, Postponement of dark-count effects in practical quantum key-distribution by two-way post processing, Eur. Phys. J. D. 40, 453 (2006).
​3. ​G.M. Nikolopoulos, A. Khalique and G. Alber, Provable entanglement and information cost for qubit-based quantum key distribution protocols, Eur. Phys. J. D 37, 441(2006).
​4. ​A. Khalique and F. Saif, Engineering entanglement in external degrees of freedom of atoms via atomic scattering in Bragg regime, Phys. Lett. A. 314, 37 (2003).
​5. ​A. Khalique and F. Saif, Quantum non-demolition state measurement via atomic scattering in Bragg regime, J. Phys. Soc. Jpn. 71, 2587 (2002).

Courses Taught:

Current Courses:
                                    Quantum Mechanics
Previous Courses
                                    Quantum Information and Quantum Computation
                                    Mathematical Methods for Physicists
                                    Foundations of Quantum Mechanics
                                    Quantum Mechanics