فرخ سررشته داری

1. Noise assessment of cold atom interferometry gradiometry observations

Saberi AmirAbbas، Sharifi Mohammad Ali، Sarreshtedari Farrokh (2024)., PHYSICA SCRIPTA, 99(12), 125015.

4. Utilization of the Zeeman faraday effect in atomic vapor cells for laser intensity stabilization

کرمی محمد، Gholami Ahangaran Zahra، حیدری نسب زهرا، Hatefi Maryam، Sarreshtedari Farrokh (2024)., 2nd international conference on quantum materials and technology, 27 April-4 May, Istanbul, Turkey.

5. Experimental investigation of the electromagnetically induced transparency for different D2-line transitions of 87Rubidium

حیدری نسب زهرا، کرمی محمد، Sarreshtedari Farrokh (2024)., 2nd international conference on quantum materials and technology, 27 April-4 May, Istanbul, Turkey.

1. Investigation and Optimization of Sub-Doppler DAVLL Error Signal for ECDL Stabilization

حیدری نسب زهرا، کرمی محمد، Sarreshtedari Farrokh (2024)., International Journal of Optics, 17(1), 73-80.

2. Sub-Doppler dichroism as a useful tool in alkali atom hyperfine spectroscopy

کرمی محمد، حیدری نسب زهرا، Sarreshtedari Farrokh (2023)., LASER PHYSICS, 33(12), 125701.

1. A Novel Approximate Numerical Method for Solving the Evolution of the Spin Density Operators

Hatefi Maryam، Sarreshtedari Farrokh، Sabooni Mahmood (2021)., International Journal of Optics and Photonics (IJOP), 14(2).

2. Towards implementation of Broadband quantum memory using AC stark GEM

Jafar Beklu Mohsen، Hatefi Maryam، Rashedi Alireza، Golshan Khavas Saeed، Sabooni Mahmood، Sarreshtedari Farrokh (2020)., Third International Conference "PHOTONICS AND QUANTUM TECHNOLOGIES", 16-18 December, Russia.

3. Engineering of the Cesium Zeeman sublevel populations using sequences of laser pulses and RF excitation

Sarreshtedari Farrokh، Rashedi Alireza، Ghashghaei chahardah chelik Fahime، Sabooni Mahmood (2020)., PHYSICA SCRIPTA, 1(1).

4. Effect of the magnetically induced dichroism on the distribution of atomic polarization in Cesium vapor cells

Ghashghaei chahardah chelik Fahime، Rashedi Alireza، Sarreshtedari Farrokh، Sabooni Mahmood (2020)., Advanced Optical Technologies, 9(4), 209-215.

5. Stimulated Raman adiabatic passage: Effects of system parameters on population transfer

Ahmadinouri Fatemeh، Hoseini Seyed Mahdi، Sarreshtedari Farrokh (2020)., CHEMICAL PHYSICS, 539(1), 110960.

6. Gradient spin echo enhanced proton precession magnetometer: A novel system for field gradient measurement

Sarreshtedari Farrokh، Mahboubian Faeze، Sardari Mohammad Hadi (2020)., REVIEW OF SCIENTIFIC INSTRUMENTS, 91(7), 075105.

7. Full Quantum Analysis of Complete Population Transfer Using of Frequency Boost

Ahmadinouri Fatemeh، Houseini Mehdi، Sarreshtedari Farrokh (2020)., International Journal of Optics and Photonics (IJOP), 14(1).

8. Full Quantum Analysis of Complete Population Transfer Using Frequency Boost

Ahmadinouri Fatemeh، Houseini Mehdi، Sarreshtedari Farrokh (2020)., International Journal of Optics, 14(1), 91-98.

4. Investigation of robust population transfer using quadratically chirped laser interacting with a two-level system

Ahmadinouri Fatemeh، Hosseini Seyadmehdi، Sarreshtedari Farrokh (2019)., PHYSICA SCRIPTA, 94(10).

5. Robust population transfer in a two-level system using finite chirping method

Ahmadinouri Fatemeh، Hosseini Seyadmehdi، Sarreshtedari Farrokh (2019)., PHYSICA SCRIPTA, 94(8).