Theoretical and applied physics Project Topics

Pulsed Lasers in Lidar Application: Models for Optimizing Wind Turbine Performance

Pulsed Lasers in Lidar Application: Models for Optimizing Wind Turbine Performance. ABSTRACT Since the appearance of the first wind turbines at the end of the nineteenth cen- tury, wind energy has been considered to be a renewable energy source for not just developed countries but also developing countries as well. Thus, since 2004, there has […]

Structural,Electronic and Optical Properties of Cu2sns3 Solar Absorber: A First-Principle Density Functional Theory Investigation

Structural, Electronic, and Optical Properties of Cu2sns3 Solar Absorber: A First-Principle Density Functional Theory Investigation. ABSTRACT The development of inexpensive, non-toxic, high efficiency and earth-abundant solar absorbers is critical for terawatt scale implementation of photovoltaics. Cu2SnS3 is a promising earth abundant absorber material that is attracting attention recently for optoelectronic application including photovoltaic solar cells. […]

Surface Modification of Polymeric Biomaterials for Cell/Tissue Integration

Filed in Current Projects, Theoretical and applied physics Project Topics by TMLT Editorials on October 7, 2020

Surface Modification of Polymeric Biomaterials for Cell/Tissue Integration. Abstract This thesis presented the surface modification of polydimethyl siloxane (PDMS) to enhance surface wettability and surface roughness. Physical and chemical modifications were performed on cured surfaces of PDMS and PDMS-based nanocomposites. PROCEED NOW TO DOWNLOAD PAGE Firstly, physical modifications were done by direct coating of PDMS-based […]

The Design of an On-Chip Silicon Photonic Diode

Filed in Current Projects, Theoretical and applied physics Project Topics, Theoretical Physics Project Topics by TMLT Editorials on September 15, 2020

The Design of an On-Chip Silicon Photonic Diode. ABSTRACT This work presents numerical calculation of electromagnetic waves in unidirectional on-chip silicon optical diodes. An original optical diode, designed by Wang et. al. [Opt. Express. 19, 26948-26955 (2011)], is based on breaking of spatial inversion symmetry and the directional band gap difference of two 2D photonic […]

Simulation of Carbon Nanotube Growth

Filed in Theoretical and applied physics Project Topics by TMLT Editorials on September 14, 2020

Simulation of Carbon Nanotube Growth. Abstract The basic understanding of the underlying techniques of growing Carbon Nanotubes (CNTs) with a specific chirality is still obscure and needs to be understood so as to properly harness its potentials. Using both Classical Molecular Dynamics (MD) simulation with empirical force fields and a geometry optimization based on ab […]

Optical Properties of Metal Clusters from First Principles Calculations

Filed in Current Projects, Theoretical and applied physics Project Topics by TMLT Editorials on September 14, 2020

Optical Properties of Metal Clusters from First Principles Calculations. Abstract Ground State structures of neutral Copper clusters CuN=3−6 were generated and opti- mised within the framework of the Density Functional Theory (DFT) using Generalised Gradient Approximation (GGA) and ultrasoft pseudopotential. The shapes and binding energies of the clusters obtained showed good agreement with other theoretical […]

Analysis of Magneto Hemodynamics of Blood in A Stenosed Artery

Filed in Current Projects, Theoretical and applied physics Project Topics by TMLT Editorials on September 9, 2020

Analysis of Magneto Hemodynamics of Blood in A Stenosed Artery. Abstract Human body responds to physical activities, external temperature, external mag- netic field, and other factors by homeostatically adjusting its blood flow in order to deliver nutrients such as oxygen and glucose to every organ in the body and allow them to function. Complications in […]

Femtosecond Laser Surface Texturing of Materials for Various Applications

Filed in Current Projects, Theoretical and applied physics Project Topics by TMLT Editorials on September 9, 2020

Femtosecond Laser Surface Texturing of Materials for Various Applications. Abstract Femtosecond lasers represent an electromagnetic field with field intensities approaching and even exceeding atomic binding field. When irradiated on a target, the material responses change from linear to nonlinear within a very short time. In most situations nonlinear absorption dominates and can be used in […]

Electro-Magnetic Duality, Magnetic Monopoles and Topological Insulators

Filed in Current Projects, Theoretical and applied physics Project Topics by TMLT Editorials on September 8, 2020

Electro-Magnetic Duality, Magnetic Monopoles and Topological Insulators. ABSTRACT The Maxwell equations of electrodynamics acquire an additional symmetry if one assumes the existence of hypothetical particles-magnetic monopoles, carrying a magnetic charge. The additional internal symmetry is the electro- magnetic duality generated by the rotations in the space of electric and mag- netic charges. In this project […]

Theoretical and Computational Modeling of the Effects of Electromagnetic Field on the Plasmodium Falciparum

Filed in Current Projects, Theoretical and applied physics Project Topics by TMLT Editorials on September 3, 2020

Theoretical and Computational Modeling of the Effects of Electromagnetic Field on the Plasmodium Falciparum. Abstract The study explores the potential effects of the remote application of cyclic magnetic field to the female anopheles mosquitoes that carry malaria parasites. The goal is to develop a theoretical basis that can guide the cyclic activation of the magnetic […]

Theoretical and applied physics Project Topics

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