Chinedu Ekuma

Professor

Lehigh University

United States

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About

Chinedu Ekuma is a Professor at Lehigh University in the United States. His research primarily focuses on computational frameworks for novel quantum materials, with significant contributions to the electronic and optical properties of various material systems. Recent publications include works on 2D-based perovskite quantum materials and the mechanical properties of advanced materials under varying conditions.

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2020

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2020

Collaborators (2)

Kateryna Kushnir Friedman

Assistant Research Professor

Worcester Polytechnic Institute

UNITED STATES

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Lyubov V. Titova

UNITED STATES

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Chinedu Ekuma

Research Interests

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About

Articles (21)

ElasTool v3.0: Efficient computational and visualization toolkit for elastic and mechanical properties of materials

SMATool: Strength of materials analysis toolkit

Computational synthesis of a new generation of 2D-based perovskite quantum materials

Electronic and optical properties of Yb-based 1-2-20 materials

Chemically tuned intermediate band states in atomically thin Cu x GeSe/SnS quantum material for photovoltaic applications

Thermal transport in Yb-based 1-2-20 materials

Tailoring Ultrafast Near-Band Gap Photoconductive Response in GeS by Zero-Valent Cu Intercalation

A high-throughput and data-driven computational framework for novel quantum materials

Tailoring electrophotonic capabilities of atomically thin GeS through controlled organometallic intercalation

Giant electrophotonic response in two-dimensional halide perovskite Cs3Bi2I9 by strain engineering

Mechanical properties of cubic boron nitride and diamond at dynamical pressure and temperature

Investigating elastic constants across diverse strain-matrix sets

Efficient prediction of temperature-dependent elastic and mechanical properties of 2D materials

Origin of strong Coulomb interactions in borophene: First-principles Wannier function analysis

ElasTool: An automated toolkit for elastic constants calculation

Chlorine-mediated atomic layer deposition of HfO2 on graphene

Electronic, magnetic, vibrational, and X-ray spectroscopy of inverse full-Heusler Fe<sub>2</sub>IrSi alloy

Electronic, magnetic, vibrational, and X-ray spectroscopy of inverse full-Heusler Fe2IrSi alloy

Efficient p -type doping of sputter-deposited NiO thin films with Li, Ag, and Cu acceptors

Vacancy defects induced changes in the electronic and optical properties of NiO studied by spectroscopic ellipsometry and first-principles calculations

Collaborators (2)

Kateryna Kushnir Friedman

Lyubov V. Titova

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