Laleh Memarzadeh

Department of Physics,
Sharif University of Technology·
Tel: 021-66164553
Email: memarzadeh [ at ] sharif.ir
Regular associate at ICTP
Member of editorial board of Physics Letters A

Research

Quantum information science is information science combined with quantum theory. In this realm representing and processing of information is based on rules of quantum mechanics. Since the initial ideas proposed for computation based on quantum logic, quantum information science is vastly extended and nowadays has different domains and subfields. My research is not restricted to but more focused on the following topics:

Quantum channels

Open quantum systems

Quantum many body systems

Topological quantum computation

For more information Click here for list of my publications.

Team

  • Nahid Ahmadvand
  • Melika Babakan
  • Mahdi Farahani
  • Gol Mohammad Nafisi
  • Ali Shirazi
  • Mohammadnabi Zare

Alumni


  • Arman Kashef
  • Amir Arqand (PhD student, Institute for Quantum Computing-University of Waterloo)
  • Heidar Nazari Douliskani
  • Ali Setareh Kokab (Master student, Sharif university of technology)
  • Yazdan Babazadeh (Master student, Sharif university of technology)
  • Seyed Meraj Hashemi
  • Azam Mani (Assistant professor, University of Tehran)
  • Najmeh Tabe Bordbar (Postdoc at Wits University)
  • Mazdak Mohseni (Master student, Sharif university of Technology)
  • Mina Doosti (PhD student, University of Edinburgh)
  • Fatemeh Rezazadeh (PhD student, Sharif university of technology)
  • Shakib Vedaei(PhD student, University of Calgary)
  • Parisa Zarkeshian (PhD student, University of Calgary)
  • Tahereh Abad
  • Razieh Mohseninia (Postdoc at university of Southern California)
  • Hadi Cheraghi (PhD student at Semnam university)

Teaching

Open quantum systems Quantum mechanics I Quantum mechanics II Mathematical physics I Mathematical physics II Group theory

Open quantum systems

Saturday-Monday 15:00-17:00
Refrences
  • Open quantum systems: An introduction, by Angel. Rivas and Ssusana. Huelga
  • The theory of open quantum systems, by Heinz-Peter Breuer and Francesco Petruccione
  • Quantum information theory, by Mark M. Wilde
Home Works
  • Problem Set 1,
  • Problem Set 2,
  • Problem Set 3,
  • Problem Set 4,
  • Problem Set 5,
  • Problem Set 6,
  • Problem Set 7,
  • Problem Set 8,
  • Problem Set 9,
  • Problem Set 10,
Exams and grading system
  • Homework and class activity=10
  • Final Presentation=10
  • Homework: 4
Fall 2021

Quantum Mechanics I

Sunday-Tuesday 09:00-10:30
Refrences
  • Quantum Mechanics Concepts and Applications, by Nouredine Zettili
  • Quantum Mechanics, by Claude Cohen-Tannoudji
Teaching Assistants
  • Reyhaneh Aghaee
  • Zahra Farahmand
  • Ehsan Fasihi Moghadam,
Home Works
Exams and grading system
  • Homework: 4
Fall 2022

Quantum Mechanics II

Sunday-Tuesday 09:00-10:30
Refrences
  • Quantum Mechanics Concepts and Applications, by Nouredine Zettili
  • Quantum Mechanics, by Claude Cohen-Tannoudji
Teaching Assistants
  • Arefe Abghari
Home Works
Exams and grading system
  • Midterm exam date: 12/09/1398 ; Total Score=7
  • Final exam date: Total Score=9
  • Homework: 4
Fall 2019

Mathematical Physics I

Saturday-Monday 13:30-15:00
Refrences
  • Mathematical Physics, A Modern Introduction to Its Foundations, By Sadri Hassani
  • Mathematical Methods for Physicist, By G. B. Arfken and H. J. Weber
Teaching Assistants
  • Kimia Abassi, Tuesday 14:00-15:30
  • Mahsa Ebrahimi, Sunday 13:30-15:00
  • Negar Seif, Saturday 17:00-18:30
  • Mostafa Taheri, Tuesday 16:00-19:30
Home Works
Exams and grading system
  • Midterm exam date: TBA, Total Score=6
  • Final exam date: , Total Score=6
  • Homework: 4
  • Quize and class activity: 4
Fall 2020

Mathematical Physics II

Saturday-Monday 13:30-15:00
Refrences
  • Mathematical Physics, A Modern Introduction to Its Foundations, By Sadri Hassani
  • Mathematical Methods for Physicist, By G. B. Arfken and H. J. Weber
Teaching Assistants
  • Ali Shahrabi, Monday 18-20, https://join.skype.com/em4yk0jvyaks
  • Mahsa Ebrahimi, Sunday 13:00-13:30, https://vc.sharif.edu/ch/memarzadeh-ta1
Home Works
Exams and grading system
  • Midterm exam date: 27/02/1400 - Total Score=6
  • Final exam date: Total Score=6
  • Class activity: 4
  • Homework: 4
Spring 2021

Group Theory

Saturday-Monday 15:00-16:30
Refrences
  • Group theory in a nutshell for physicists, By A. Zee
Teaching Assistants
  • Mostafa Taheri, Monday 18:00-19:00 and Tuesday 18:30-19:30
Home Works
Exams and grading system
  • Midterm exam date: 05/02/1401 - Total Score=6
  • Final exam date: Total Score=6
  • Class activity: 4
  • Homework: 4
Spring 2022