About Me
- Age:23
- Gender:Male
- Phone:+98 933 306 6466
- Email:mohammadkhanijamal@gmail.com
- Skype:live:.cid.159d08eaa07a8b07
Hi!
Jamal worships Physics and Entrepreneurship, thus, edge technologies attract him. He is graduated with a bachelor's degree in Physics with a GPA of 18.08/20. Jamal has researched in various fields like ultracold atoms (Title: Honeycomb permanent magnetic lattices for ultracold atoms) under Dr. Saeed Ghanbari's guidance for the B.Sc project (In prep. to submit to Physical Review A). Also, an accepted paper in the soliton field by Optik journal (Title: Switching the bright soliton to the dark soliton via Mach-Zehnder Modulator) under the supervision of Prof. Dr. Mohammad Mahmoudi. Furthermore, he was TA and RA of Dr. Saeed Ghanbari and also working for Light Guide in Lund AB (CEO: Dr. Ahmad Darudi) as IT manager. His main research interests are Quantum information processing, Quantum computers, Quantum cryptography, and topological insulators.
Also, he is good at programming and problem solving. In his 18's, he as a co-founder founded an enterprise company for producing Smart ECG. Public speaking is one of his strengths which in October 2017, he was in the top 10 of the falling wall lab pitch competition held by DAAD. He loves teaching and also always eager to learn.
Summary of my resume
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EDUCATION
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B.Sc. in Physics
The University of Zanjan - 2017 - 2021GPA: 18.08/20 (3.82/4)
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High school diploma in Physics and Mathematics
National Organization for Development of Exceptional Talents (NODET) - 2013 - 2017Grade: A+
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RESEARCH EXPERIENCE
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Honeycomb permanent magnetic lattice for ultracold atoms
Supervisor: Dr. Saeed Ghanbari - 2017 - 2021Using analytical expressions and numerical calculations, we showed that periodic arrays of magnetic films can produce honeycomb magnetic lattices with non-zero potential minima for trapping, controlling and manipulating ultracold atoms and Bose-Einstein condensates.
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Switching the bright soliton to the dark soliton via Mach-Zehnder modulator
Supervisor: Prof. Mohammad Mahmoudi - 2020 - 2021We introduced a setup to simulate the generation and control of dark soliton, where switching occurs by bias and modulation voltages in the Mach-Zehnder Modulator Absorption-Phase (MZMAP). Also, the effect of system parameters on the switching performance is investigated.
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Quantum probability vs classical probability
Supervisor: Dr. Saeed Ghanbari - 2019 - 2020We designed a game using the unity engine to represent the quantum probability concepts in an understandable way for everyone.
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Meat fraud detection with hyperspectral imaging
Supervisor: Dr. Ahmad Darudi - 2018 - 2019In a team project, we tried to detect kinds of fraud in meat which was a great problem in our country Iran, using image processing techniques.
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Hofstadter butterfly effect
Supervisor: Dr. Mir Vahid Hosseini - 2018 - 2019We have plotted Hofstadter’s butterfly effect graphs with MATLAB.
My research interests
Quantum cryptography
Without encryption, privacy is nonsense
Quantum information processing
Information is the key topic in every science
Quantum computation
Without computation, technology is useless
Ultracold atoms
Seeking for creating quantum hard drives and computers
Topological insulator
Topological insulators are great opportunity for creating topological phase of quantum states
Quantum Technology
Seeking for creating new devices from quantum technology
Work experience & Awards
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WORK EXPERIENCE
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IT manager
Light Guide in Lund AB - 2018 - PresentCEO: Dr. Ahmad Darudi
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Programmer and researcher
Iran’s National Elites Foundation (Ahmadi Roshan project) - 2020 - 2021Head of the project: Dr. Ahmad Darudi
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Teacher assistant
Department of Engineering, University of Zanjan - Fall 2019Dr. Saeed Ghanbari
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Research assistant
Department of Physics, University of Zanjan - Fall 2018 - Fall 2019Dr. Saeed Ghanbari
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President of the physics student scientific association
Department of Physics, University of Zanjan - 2019 - 2021Held conferences, seminars and workshops
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Physics and Mathematics teacher
Institute of Hafeze Daneshyar - 2017 - 2019For high school students
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Co-Founder and chairman of the board
Skeuz Company - 2016 - 2017Knowledge enterprise company
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HONORS AND AWARDS
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Ranked within the top 3 of my graduating class
Department of Physics, University of Zanjan - 2021 -
Received Iran’s National Elites Foundation Scholarship and selected to work in the Ahmadi Roshan project.
Iran’s National Elites Foundation - 2020This scholarship is just given to students who have a GPA of 17/20 or higher, also have the required skills to work in the real projects
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Invited to annual investment meeting as the only representative of Iran
Annual Investment Meeting (AIM) startup - 2017For presenting Micro Smart ECG device which we made for detecting heart attacks
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Top 10 of falling walls lab pitch competition in Amirkabir University of Technology
DAAD - 2017For representing Micro Smart ECG device
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1st place in provincial Kharazmi awards.
2016For designing and making the MSECG (Micro and Smart Electrocardiograph) device
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1st place in 2nd exhibition of achievements of science and technology
2016For designing and making the MSECG (Micro and Smart Electrocardiograph) device
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Received National Organization for Development of Exceptional Talents (NODET) scholarship to work on Kharazmi project
2015For the idea of making the MSECG (Micro and Smart Electrocardiograph) device
Publications
Working with Prof. M. Mahmoudi and Dr. S. Ghanbari was pleasurable for me which, had been led to publish our research results in ISI papers.
Switching the bright soliton to the dark soliton via Mach-Zehnder modulator
Accepted by Optik journalWe introduced a setup to simulate the generation and control of dark soliton, where switching occurs by bias and modulation voltages in the Mach-Zehnder Modulator Absorption-Phase (MZMAP). Also, the effect of system parameters on the switching performance is investigated.
Honeycomb permanent magnetic lattice for ultracold atoms
In prep. to send to Physical Review A journalUsing analytical expressions and numerical calculations, we showed that periodic arrays of magnetic films can produce honeycomb magnetic lattices with non-zero potential minima for trapping, controlling and manipulating ultracold atoms and Bose-Einstein condensates.
Quantum probability vs classical probability
In prep. to send to The Physics Teacher journalWe designed a game using the unity engine to represent the quantum probability concepts in an understandable way for everyone.