Ultrafast microscopy

Preparation and characterization of 2D materials/surface by spectroscopy and microscopy.Writing scientific articles to international scientific journals together with teaching.

To prepare and investigate the materials in particular two-dimensional layers on noble metals. My task is to prepare 2D materials on noble metals then studied their atomic and electronic structures. These 2D materials are Arsenene and other surface alloys (AgAs, TeAg, AuSn) using scanning tunneling microscopy (STM), angle-resolved photoelectron spectroscopy (ARPES) and low energy electron diffraction (LEED). Along with advanced courses of physics and materials science with hand-on experience with measurement and data analysis. Writing articles (papers) to international scientific journals together with teaching.

To measure the conductivity of free-standing InAs and InP semiconductor nanowires using JEOL STMThe aim of the project is to study the Current-voltage characterization or conductivity of the differently doped free-standing InAs and InP nanowires by using JEOL STM.

To investigate the surface chemistry and electrical properties of nanowires & nanowire-based devices The aim of the project is to use STM, SEM, XPS LEEM/PEEM to study the cleaned surfaces of III-V nanoscaled semiconductor nanowires and also the temperature-dependent conductivity of the nanowire-based devices.Studied different advanced courses of physics with hand-on experience with measuring and analysis of data.

To measure the current-voltage characterization of free-standing nanowires using JEOL STMThe aim of the project is to study the conductivity of the differently doped free-standing nanowires by using JEOL STM.

Investigation for the improving the alignment of the Asymmetric top molecule under field-free condition using MATLAB simulation.The aim of this project is to find the best laser pulse shape to apply to the ensemble of asymmetric top molecules to align them in a field-free environment.