Accomplished Professor and researcher in Theoretical Solid State Physics with over 15 years of experience, specializing in the electronic properties of low-dimensional systems, quantum transport, and superconductivity. Recognized for significant contributions to the field through extensive publications and dedicated mentorship of graduate students, driving advancements in material science and nanotechnology.
Led theoretical solid-state physics research and education, driving advancements in low-dimensional systems and supervising numerous graduate theses at Razi University.
Highlights
Conducted extensive research in theoretical solid state physics, publishing over 76 peer-reviewed articles on quantum transport, graphene, nanostructures, and superconductivity.
Mentored and supervised 13 MSc and 3 PhD candidates, guiding their research on electronic properties of advanced materials and low-dimensional systems.
Awarded as a Distinguished Researcher of Faculty of Science among 60 research staff in 2011, recognizing significant contributions to the field.
Organized and served as an executive committee member for national and international conferences, including the 4th Nanotechnology Conference (2008) and 36th Annual Physics Conference of Iran (2020).
Taught a wide range of undergraduate and graduate courses, including Quantum Mechanics, Solid State Physics, and Computational Physics, fostering advanced scientific understanding.
North Carolina Central University
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Visiting Researcher, Department of Math & Physics
Durham, NC, US
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Summary
Contributed to collaborative research projects in theoretical physics, leveraging expertise in solid-state systems.
Highlights
Engaged in advanced research on theoretical solid-state physics, collaborating with faculty on cutting-edge projects.
Applied expertise in quantum mechanics and condensed matter to contribute to departmental research initiatives.
University of Colorado
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Visiting Researcher, Department of Physics
Boulder, CO, US
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Summary
Participated in research collaborations within theoretical physics, focusing on specific challenges in condensed matter.
Highlights
Collaborated with leading researchers on projects related to advanced theoretical physics and material properties.
Utilized specialized knowledge to support ongoing investigations into quantum phenomena and electronic structures.
Regensburg University
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Visiting Researcher, Department of Physics
Regensburg, Bavaria, Germany
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Summary
Conducted focused research in theoretical physics, contributing to international academic exchange and knowledge sharing.
Highlights
Engaged in short-term intensive research, contributing to the department's theoretical physics studies.
Collaborated with international peers on specific research problems, enhancing inter-institutional scientific dialogue.
Brock University
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Visiting Researcher, Department of Physics
St. Catharines, ON, Canada
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Summary
Undertook research activities within the physics department, contributing to early-career academic development.
Highlights
Participated in research projects, applying theoretical physics principles to experimental or computational studies.
Gained international research experience, broadening scientific perspective and collaborative skills.
Department of Physics, University of Colorado, Email: mgarbows@uccs.edu
Dr. Abdolhamid Alizadeh
Faculty of Physics & Chemistry, Alzahra University, Email: a.alizadeh@alzahra.ac.ir
Projects
MSc Thesis Supervision: Effects of gas adsorption on the electrical conductivity of carbon nanotubes
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Summary
Supervised a Master's thesis investigating the impact of gas adsorption on the electrical conductivity of carbon nanotubes, analyzing material behavior under specific environmental conditions.
MSc Thesis Supervision: Magnetic field effects on the electronic properties of graphene nanoribbons
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Summary
Supervised a Master's thesis focused on the influence of magnetic fields on the electronic properties of graphene nanoribbons, contributing to spintronics research.
MSc Thesis Supervision: Electrical conductivity of few-layer graphene and hexagonal boron nitride sheets
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Summary
Supervised a Master's thesis analyzing the electrical conductivity of few-layer graphene and hexagonal boron nitride sheets, exploring their potential in advanced electronics.
MSc Thesis Supervision: Electronics properties of few-layer graphene nanoribbons
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Summary
Supervised a Master's thesis on the electronic properties of few-layer graphene nanoribbons, contributing to the understanding of their quantum mechanical behavior.
MSc Thesis Supervision: Thermal conductivity of graphene plane, graphene nanoribbons and nanotubes
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Summary
Supervised a Master's thesis investigating the thermal conductivity of various graphene structures, crucial for thermal management in nanotechnology.
MSc Thesis Supervision: Susceptibility and heat capacity of graphene nanoribbons in Harrison Model
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Summary
Supervised a Master's thesis using the Harrison Model to analyze the magnetic susceptibility and heat capacity of graphene nanoribbons, advancing theoretical understanding of their thermodynamic properties.
MSc Thesis Supervision: Investigation of thermal conductivity of bilayer graphene, boron nitride and beryllium oxide by Kubo formula
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Summary
Supervised a Master's thesis applying the Kubo formula to investigate the thermal conductivity of bilayer graphene, boron nitride, and beryllium oxide, offering insights into their heat transport mechanisms.
MSc Thesis Supervision: Investigation of states density and heat capacity of armchair nanoribbons by Green's function approach
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Summary
Supervised a Master's thesis utilizing the Green's function approach to investigate the density of states and heat capacity of armchair nanoribbons, deepening understanding of their electronic and thermodynamic properties.
MSc Thesis Supervision: Quantum transport in finite DNA strands with metallic armchair graphene nanoribbon leads
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Summary
Supervised a Master's thesis on quantum transport in finite DNA strands coupled with metallic armchair graphene nanoribbon leads, exploring bio-nanoelectronic interfaces.
MSc Thesis Supervision: Investigation of electronic properties of polymers in tight-binding model
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Summary
Supervised a Master's thesis investigating the electronic properties of polymers using the tight-binding model, crucial for organic electronics applications.
MSc Thesis Supervision: Investigating electronic properties of two-dimensional hexagonal lattices black phosphorus and blue phosphorus and comparing them with graphene in tight-binding model
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Summary
Supervised a Master's thesis comparing the electronic properties of black and blue phosphorus with graphene using the tight-binding model, advancing research in novel 2D materials.
MSc Thesis Supervision: Electronic properties of Ψ-graphene
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Summary
Supervised a Master's thesis on the electronic properties of Ψ-graphene, exploring novel graphene allotropes and their potential applications.
MSc Thesis Supervision: T-graphene nanotubes and nanoribbons
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Summary
Supervised a Master's thesis focused on the properties of T-graphene nanotubes and nanoribbons, contributing to the understanding of their structural and electronic behaviors.
PhD Thesis Supervision: Electronic properties of graphene and low-dimensional carbon materials
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Summary
Supervised a PhD thesis on the electronic properties of graphene and other low-dimensional carbon materials, driving fundamental research in advanced materials science.
PhD Thesis Supervision: Electronic properties of graphene and organic nanostructures
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Summary
Supervised a PhD thesis investigating the electronic properties of graphene and organic nanostructures, bridging inorganic and organic material physics.
PhD Thesis Supervision: Electron transport in low-dimensional systems
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Summary
Supervised a PhD thesis on electron transport phenomena in low-dimensional systems, contributing to fundamental understanding and potential applications in nanoelectronics.