Himani Saraswat

Material Science research fellow at the University of Lincoln, Nebraska
About Me

Nano Materials, Spectroscopy, Fabrication

Hello, I am Himani Saraswat, a dedicated researcher in the field of Material Science with a specialization in nano-materials, spectroscopy, and advanced data analysis. Firmly rooted in the principles of Material Science, my work is driven by a commitment to uncovering scientific intricacies. I invite you to join me in exploring the complexities of this discipline, as I delve into advanced techniques and analyses, striving to make significant contributions to the advancement of scientific knowledge.

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2021

Graduate Researcher, University of Iowa

Worked under the guidance of Prof. Ravitej Uppu on investigating the functionality of Gallium Arsenide (GaAs) and Gallium Antimonide (GaSb) quantum dots within the Telecommunication wavelength range (1300-1500nm)

2019

Graduate Research Student, Manav Rachna

M.S. Thesis: Fabrication, characterization, and ion implantation studies of RF-sputtering grown SrVO3 thin films under the supervision of Dr. Aditya Sharma.

2019

Visit – Pohang Accelerator Laboratory

Collaborated with international scientists, broadening global perspectives in material science.

2019

Visit Korea Institute of Science and Technology (KIST)

Engaged in collaborative research on cutting-edge materials and their technological implications.

2018

Inter University Accelerator Center (IUAC)

Contributed to research endeavors in material engineering and characterization.

2017

Coordinator Students Welfare

Successfully organized and managed over 200 events, contributing to the holistic development and engagement of students within the academic community.

PUBLICATIONS

Explore my research journey through impactful papers on thin film synthesis, ion implantation, and nano-structured phases.

Nano-structured phases of gallium oxide (GaOOH, α-Ga2O3, β-Ga2O3, γ-Ga2O3, δ-Ga2O3, and ε-Ga2O3): fabrication, structural, and electronic structure investigations

Structural and electronic-structure investigations of defect states in Cu-ion-implanted SnO2 thin films

150 KeV Cu− ion- implantation in SrVO3 thin films: A study of Cu induced defect states

Structural, Surface, and Electronic Structure Properties of Ag− Ion-Implanted SrVO3 Thin Films

EDUCATION

2020​

Masters of Science in Physics

Manav Rachna University, Faridabad, India | July 2020 | GPA: 8.6/10.00 (First Division)

2017

Bachelor of Education (Physics)

Maharshi Dayanand University, India | July 2017 | Percentage: 72.3%

2015

Bachelor of Science in Physical Sciences​

Maharshi Dayanand University, India | July 2015 | Percentage: 59.45%

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