PROJECT TOPICS IN PHYSICS

[ZIKPHYSICS]

PROJECT TOPICS IN PHYSICS
1. Environmental impact of solar power generation.
2. Impact of solar power generation on the environment.
3. Problems and prospects of nanoscale measurements or miniaturization
or molecular manufacturing.
4. Problems of industrial nanofabrication.
5. Methods of enhancing the performance solar modules.
6. Improvement of next generation biofuel generation.
7. Effects of weather conditions on satellite signal processing.
8. Violation of Einstein’s photoelectric model.
9. Methods of processing satellite signal.
10. Prospects of quantum computation.
11. Electromagnetic principles in modern electronic storage devices.
12. Technical differences between fog and regular lights in cars.

[ZIKPHYSICS]

 PROJECT TOPICS IN PHYSICS

 Analyzing and Improving Initial Data for Binary Black Holes

 Quantum Effects of the Massless Spin One-Half Field in Static

 Spherically Symmetric Black Hole and Wormhole Spacetimes

 Theoretical and Experimental Atomic Force Microscopy Studies of
Staphylococcus Aureus

 Optical Forces and Torques: Theory and Experiment

 Constrained Variational Calculation of Second-Order Reduced Density
Matrices for Hubbard Rings

 A Dirac All-Electron Basis and Spin-Orbit Coupled Projector

 Implementation of the Projector Augmented Wave Method for Atomic
Systems

 Nitric Oxide Scavenging by Cell-free Hemoglobin

 Aspects of Berry's Phase in Solid State Physics

 Determining the Mechanical Properties of Individual Fibrin Fibers

 Computational Research on Lithium ion Battery Materials

 Aspects of Parametric Resonance in Chaotic Inflation

 Subpicosecond Absorption Study of an Electron Polaron and Its
Formation Time in Knb03 and LiNb03

 Activation of Soluble Guanylate Cyclase by Nitrite

 Electronic States near Surfaces – a) Analysis of calculation
methods
using semi-infinite boundary conditions; b) Sensitive detection using
laser photoelectron spectroscopy

 Nano-Composite Organic Devices

 Toward a New Diode Laser: ZNO Photoluminescence and P-Type Doping,

 Theory of Giant Oscillator Strength

 Radiation Surface Dose with the DignicapTM Hypothermic Cap during
Whole-Brain Radiation Treatment

 Study of the Effects of Nitric Oxide on Sickle Cell Disease

 Light Scattering Study on the Polymerization and Aggregation of
Hemoglobin in High Concentration Phosphate Buffer


 The Search for the Mechanism of Nitric Oxide Release in Hydroxyurea
Therapy

 Picosecond Time-Resolved Photoluminescence of Zinc Oxide Single
Crystals, Films and Nanoparticles

 Optical Properties of Nanostructured Materials

 Changes in the Number of Molecular Motors Driving Vesicle Transport
in
PC12

 Method to Compute the Stress-Energy Tensor of a Spin ½ Field in a
Static Spherically Symmetric Spacetime

 Effect of No On Deformability of Sickle Erythrocytes

 Mechanisms and Kinetics of Melting of HBS Aggregates Studies in
High
Concentration Phosphate Buffer

 Light Torque Induced by a Linearly Polarized Laser Beam in an
Optical
Trap

 Absolute Measurement of The Polarizability of C60 Clusters in the
Gas
Phase

 Ab Initio Modeling of the F-Center in Light Alkali-Halides

 Hydroxyurea Affects the Deformability of Sickle Erythrocytes in
Vitro
Evaluation of Emission Tuned-Aperture Computed Tomography

 A Characterization of Radicals in hard Keratin

 Dose Calculations of Photon Beams Using a Finite-Size Pencil Beam
Model

 Astrophysical Limits on Additional U(1) Gauge Couplings

 Picosecond Transient Absorption Spectroscopy of the Oxide Crystals
LiNbO3, KNbO3, KTiOPO4, CdWO4, PbWO4, and Sc2O3

 Nucleation Rates for One-Dimensional Stochastic Systems with
Asymmetric Quartic Potentials, Brownian Noise and Damping

 Zero Temperature Black Holes in Semiclassical Gravity

 Dynamics of Dipolar Defects in Rare Earth Doped Alkaline-Earth
Fluoride Crystals


 An Order N Generalized Gradient Approximation to the Exchange-
Correlation Potential in Density Functional Theory

 Picosecond and Subpicosecond Photoelectron Spectroscopy of Laser-
Excited ZnTe, ZnSe, GaN and GaP

 Spacial Implementation of the Projector Augmented Wave Method for
Electron Structure Calculations

 Computer Simulations of Crystal Structures using Density Functional
Theory
 Sub-Micrometer Studies of Optical and Positioning Elements for an
Ultrahigh Vacuum Scanning Confocal Microscope

 Subpicosecond Time-Resolved Absorption Spectroscopy of Alkali
Halide
Crystals

 Production and Annihilation of Surface Radicals in Cleaved Keratin

 Laser Photoelectron Spectroscopy of Defect States in GaP(110) and
KI

 Laser Driven Metallic Bonding of Thin Films

 A Search for Anomalous Radiation in Deuterium-Loaded Palladium

 Observation of Water Adsorption on BaF2 (111) and CaF2 (111) using
Atomic Force Microscopy

 Spacetime Geometry of the Kerr Metric

 Pulsed Electron Gun for Time-Resolved Spectroscopy

 Atomic Force Microscopy Studies of Radiation Damage on Ionic
Crystal
Surfaces

 Deposition of High Temperature Superconducting Thin Films on
Metallic
and Nonmetallic Substrates by Laser Ablation


 A Quantitative Analysis on the Dynamics of Deoxyribonucleic Acid
During Field Inversion Gel Electrophoresis

 An ESR Study of Irradiated Keratin Proteins


 Molecular Weight Dependence of DNA Motion During 120° Pulsed Field
Gel
Electrophoresis

 The Angle Dependence of DNA Velocity During Pulsed Field Gel
Electrophoresis

 An ESR Study of the Phase Transition in Calcium Cadmium Acetate
Hexahydrate

 The Velocity and Relaxation of DNA During Gel Electrophoresis

 Mean-Field Theory of Phase Transitions for a Lattice with an
Asymmetric On-Site Potential

 Molecular Dynamics Simulation of a Lattice Dynamical Model with
Three-
Fold Symmetry in the On-Site Potential
Picosecond Time-Resolved Photoelectron Spectroscopy of Si(111) 7x7,
Si
(111):B√3x√3 R30°, Si(100) 2x1, and Si(111) 1x1


 Heating of Materials by Laser Pulses—Thermal Calculations and
Picosecond Photoelectron Spectroscopy

 ESR Studies of Cu2+ Concentration Dependent Phase Transitions in
Cadmium Calcium Acetate Hexahydrate


 The Velocity and Orientation of Linear DNA during Pulsed Field Gel
Electrophoresis

 The Kinetics and Diffusion of Radicals in X-Irradiated L-α-Amino-n-
Butyric Acid Hydrochloride with L-Cysteine Hydrochloride as Impurity

 The Mechanisms of Free Radical Reactions in Irradiated L-α-Amino-n-
Butyric Acid HCL Plus L-Cysteine HCL

 Photoemission Studies of GaAs using Synchrotron and Laser Radiation

 ITC: A Computer Model Defect-Defect Interactions in Gadolinium
Doped
Calcium Fluoride

 The Effect of Defect Interactions on Ionic Thermocurrent Peak
Widths

 Decay and Diffusion of Radicals in L-α-Amino-n-Butyric Acid HCL

 A Solution to the Inverse Atomic Pseudopotential Problem

 An ESR Study of the Effects of Ionizing Irradiation on DL-Aspartic
Acid

 Defect Aggregation in Rare Earth Doped Calcium Flouride

 The Diffusion Mechanism of Silver Ions in Alpha Silver Iodide and
Its
Effect on Quasielastic Neutron Scattering

 The Application of Deep Level Transient Spectroscopy to Difficult
Systems: Theoretical and Experimental Considerations

Symmetry Properties of the Strange Attractor for the Damped, Driven
Pendulum

 Charge Emission Kinetics of the Gallium Vacancy in Gallium
Phosphide

 Spectral Analysis of Ultrasound Reflected from Arteries


 An Investigation of the Properties of Spherically Symmetric Space-
Time
Dependence of Defect Relaxation Kinetics on Lanthanide Dopant Ion
Size

 Intracellular Temperature Distribution Produced by Ultrasound
Detection of Cavitation by Sound Scattering


 Vacancy Pair Formation in Quenched RbC1

 Molecular Dynamics Investigation of Structural Phase Transitions

 Stress Relaxation in Magnesium Oxide

 Electron Nuclear Double Resonance Investigations in N-
Acetylglycine,
DL-Serine and Hydroxyurea

 Reorientation Kinetics of the Impurity Dipole in CaF2:Y+3

 The Internal Friction of Lead Doped with Noble Metals

 Irradiation Damage to Aspartic Acid

 A Dielectric Loss and Ionic Thermocurrents Study of Dipolar Defect
in
Pure RbC1 and RbC1: Sr2+

 Thermal Release of Electric Charges in –Irradiated Amino Acids

 A Study of the V- Band and the Deformation Induced 306NM Band in
Single Crystal Magnesium Oxide

 An Interal Friction Study of Interstitial Diffusion in Lead

 Tachyon Model of the Stress Tensor

 Dielectric Loss Study of the Kinetics of Dipole Migration in
Strontium-
Doped Rubidium Chloride Induced by Quenching and Deformation

 Coloration in X-Irradiated Single Crystals of Some Organic
Compounds

 Pre-Exponential Factors for Diffusion of Oxygen in ZnO Crystals in
Equilibrium with a Gas Atmosphere
 Space Charge Layers and Photoconductivity in Colored Potassium
Chloride Crystals

 Dielectric Losses in Pure and Strontium-Doped Rubidium Chloride

 A Resistivity Study of the Kinetics of Short-Range-Order and
Vacancy
Annihilation in Quenched Gold-Silver Alloys

 Dislocation Interstitial Interactions in Single Crystal Tantalum

 Hindered Rotation of the Methyl Group in Organic Solids

 Trapping and Release of Electrons by F Centers in Potassium
Chloride

 Polarization of Luminescence of M Centers in Sodium Fluoride
Symmetry and Conservation
 Electron Spin Resonance Study of Free Radicals Formed by Ionizing
Radiation in Single Crystals of Thiourea

 An Electron Spin Resonance Study of the Free Radicals Formed by
Ionizing Radiation in Single Crystals of Valine

 The Trapping and Release of Electrons by Color Centers in Potassium
Chloride

 An Internal Friction Study of Atomic Mobilities in Alpha-Phase
Silver-
Cadmium Alloys

 The Configuration Coordinate Curves for the M Center in Alkali
Fluorides

 Electrical Conductivity in Organic Solids

 Annealing Kinetics of Quenched Defects in AU-AG Alloys by
Resistivity
Techniques

 Radiation Damping

 Gravitation and Curved Space-Time
Internal Friction in Ionic Single Crystals

 An Investigation of the Formation and Migration of Vacancies in an
88%
AU-AG Alloy by Resistance Measurements