Faculty

Institution

Unit

Venue

Amartya Banerjee

Assistant Professor

University of California, Los Angeles

Affiliations

the College

California Nanosystems Institute (cnsi)

Center for Quantum Science and Engineering (cqse)

Samueli School of Engineering

Materials Science and Engineering

Amartya Banerjee is currently serving as a California Nanosystems Institute (Cnsi) Assistant Professor at University of California, Los Angeles.

Honors

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Experiences

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Education

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Amartya Banerjee

University of California, Los Angeles

Assistant Professor

You can click a keyword to filter the displayed items

materials science applied physics condensed matter physics density functional theory physics nanotechnology computational materials science chemistry physical chemistry computational chemistry mechanics of materials electronic structure solid mechanics mechanical science quantum chemistry mathematical chemistry cluster science torsional deformations objective structures quasi-one-dimensional materials spectral scheme numerical simulations material research crystal growth electronic materials composite science reliability physics quantum science condensed matter entropy electronics silicene adsorption material modeling ab-initio methods transfer learning dislocation interaction strain localization one-dimensional materials structure discovery quantum lattice system solid-state physics quantum solid carbides scaling analysis technology scaling topological phases periodic pulay method self-consistent field iterations compressed exchange operator first principles simulation cylindrical geometries large group-iv nanotubes discontinuous galerkin method subspace iteration two-level chebyshev filter complementary subspace method group-iv nanotubes twisted geometries

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dirac Fermions and Flat Bands in Phosphorus Carbide Nanotubes: Structural and Quantum Phase Transitions in a Quasi-One-Dimensional Material. The Journal of Physical Chemistry Letters (2026)

Sharma, ShivamWang, ChenhaoyueYu, Hsuan MingBanerjee, Amartya S.

materials sciencenanotechnologycondensed matter physicscarbidesquasi-one-dimensional materialphase transitionsphosphorus carbide nanotubeselectronic statesquantum phase transitions

Multiscale Analysis of Large Twist Ferroelectricity and Swirling Dislocations in Bilayer Hexagonal Boron Nitride. Nanoscale (2026)

Bloch Oscillations and Landau-Zener Transitions in Flat-Band Lattices With Quadratic and Linear Band Touchings. ArXiv.org (2025)

physicsbloch oscillationsquantum materialsflat-band latticescondensed matter physicslinear band touchingsphase transitionssolid-state physicsapplied physicsquantum solidcondensed matterquantum mechanicsquantum sciencequantum lattice system

Electronic States and Mechanical Behaviors of Phosphorus Carbide Nanotubes -- Structural and Quantum Phase Transitions in a Quasi-One-Dimensional Material. (2025)

Strain-Tunable Topological Phase Transitions in Line- and Split-Graph Flat-Band Lattices. ArXiv.org (2025)

Sharma, ShivamBanerjee, Amartya S.

flat bandsline graphstopological phasesphase transitionstopological phase transitionsbipartite lattices

Surprisingly High Redundancy in Electronic Structure Data Across Materials Explained by Low Intrinsic Dimensionality. ArXiv.org (2025)

physicshigh redundancystructure discoveryelectronic structuredata managementreliability physicselectron configuration

Carbon Kagome Nanotubes—Quasi-One-Dimensional Nanostructures With Flat Bands. RSC Advances (2024)

Husan Ming YuShivam SharmaShivang AgarwalOlivia LiebmanAmartya S. Banerjee

materials sciencenanotechnologynanoengineeringflat bandsmechanical sciencecomposite sciencequasi-one-dimensional nanostructuresmaterials engineeringnanomaterialsmechanical engineeringone-dimensional materialsapplied physicsadvanced materialselectronic materials

Electronic Structure Prediction of Medium and High Entropy Alloys Across Composition Space. arXiv (Cornell University) (2024)

Pathrudkar, ShashankTaylor, StephanieKeripale, AbhishekGangan, Abhijeet SadashivThiagarajan, PonkrshnanAgarwal, ShivangMarian, JaimeGhosh, SusantaBanerjee, Amartya S.

materials scienceentropyelectronic structure predictioncomposition spacehigh entropy alloyscomputational materials science

Electronic Structure Prediction of Multi-Million Atom Systems Through Uncertainty Quantification Enabled Transfer Learning. npj Computational Materials (2024)

Shashank PathrudkarPonkrshnan ThiagarajanShivang AgarwalAmartya S. BanerjeeSusanta Ghosh

materials scienceelectronic structure predictiontransfer learninguncertainty quantificationsystems engineeringmulti-million atom systems

Bicrystallography-Informed Frenkel–Kontorova Model for Interlayer Dislocations in Strained 2D Heterostructures. Mechanics of Materials (2023)

Md Tusher AhmedChenhaoyue WangAmartya S. BanerjeeNikhil Chandra Admal

interlayer dislocationsmaterials sciencecondensed matter physicscrystal growthdeformationstrain localizationmaterial researchdislocation interactionapplied physicsmechanics of materials

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Amartya Banerjee

Assistant Professor

University of California, Los Angeles

Affiliations

the College

California Nanosystems Institute (cnsi)

Center for Quantum Science and Engineering (cqse)

Samueli School of Engineering

Materials Science and Engineering

Amartya Banerjee is currently serving as a California Nanosystems Institute (Cnsi) Assistant Professor at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Amartya Banerjee

University of California, Los Angeles

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dirac Fermions and Flat Bands in Phosphorus Carbide Nanotubes: Structural and Quantum Phase Transitions in a Quasi-One-Dimensional Material. The Journal of Physical Chemistry Letters (2026)

Sharma, ShivamWang, ChenhaoyueYu, Hsuan MingBanerjee, Amartya S.

materials sciencenanotechnologycondensed matter physicscarbidesquasi-one-dimensional materialphase transitionsphosphorus carbide nanotubeselectronic statesquantum phase transitions

Multiscale Analysis of Large Twist Ferroelectricity and Swirling Dislocations in Bilayer Hexagonal Boron Nitride. Nanoscale (2026)

Bloch Oscillations and Landau-Zener Transitions in Flat-Band Lattices With Quadratic and Linear Band Touchings. ArXiv.org (2025)

Electronic States and Mechanical Behaviors of Phosphorus Carbide Nanotubes -- Structural and Quantum Phase Transitions in a Quasi-One-Dimensional Material. (2025)

Strain-Tunable Topological Phase Transitions in Line- and Split-Graph Flat-Band Lattices. ArXiv.org (2025)

Sharma, ShivamBanerjee, Amartya S.

flat bandsline graphstopological phasesphase transitionstopological phase transitionsbipartite lattices

Surprisingly High Redundancy in Electronic Structure Data Across Materials Explained by Low Intrinsic Dimensionality. ArXiv.org (2025)

physicshigh redundancystructure discoveryelectronic structuredata managementreliability physicselectron configuration

Carbon Kagome Nanotubes—Quasi-One-Dimensional Nanostructures With Flat Bands. RSC Advances (2024)

Husan Ming YuShivam SharmaShivang AgarwalOlivia LiebmanAmartya S. Banerjee

Electronic Structure Prediction of Medium and High Entropy Alloys Across Composition Space. arXiv (Cornell University) (2024)

Pathrudkar, ShashankTaylor, StephanieKeripale, AbhishekGangan, Abhijeet SadashivThiagarajan, PonkrshnanAgarwal, ShivangMarian, JaimeGhosh, SusantaBanerjee, Amartya S.

materials scienceentropyelectronic structure predictioncomposition spacehigh entropy alloyscomputational materials science

Electronic Structure Prediction of Multi-Million Atom Systems Through Uncertainty Quantification Enabled Transfer Learning. npj Computational Materials (2024)

Shashank PathrudkarPonkrshnan ThiagarajanShivang AgarwalAmartya S. BanerjeeSusanta Ghosh

materials scienceelectronic structure predictiontransfer learninguncertainty quantificationsystems engineeringmulti-million atom systems

Bicrystallography-Informed Frenkel–Kontorova Model for Interlayer Dislocations in Strained 2D Heterostructures. Mechanics of Materials (2023)

Md Tusher AhmedChenhaoyue WangAmartya S. BanerjeeNikhil Chandra Admal

interlayer dislocationsmaterials sciencecondensed matter physicscrystal growthdeformationstrain localizationmaterial researchdislocation interactionapplied physicsmechanics of materials

1
2
3
10 / page

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engineering

material modeling

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Institution

University of Illinois Urbana-Champaign

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advanced energy material

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Richard Hennig

Institution

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