Faculty

Institution

Unit

Venue

Radi Jishi

California State University, Los Angeles

Affiliations

College of Natural and Social Sciences

Department Of Natural Science

Department Of Physics And Astronomy

Rongxiang Xu College of Health and Human Services

School Of Engineering

NoneRadi Jishi is currently serving as a College Of Natural And Social Sciences faculty at California State University, Los Angeles.

Honors

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Experiences

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Education

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Radi Jishi

California State University, Los Angeles

You can click a keyword to filter the displayed items

applied physics materials science condensed matter physics condensed matter physics carbon superconductivity carbon nanotubes quantum materials chemistry electronic materials carbon-based materials nanotechnology nanomaterials vibrational spectroscopy graphene magnetism material research advanced functional materials one-dimensional materials high-tc superconductivity superconducting materials phonons nonlinear vibrations math xmlns quantum chemistry molecular structure crystal research magnetic properties fullerenes solid-state physics electronic structure electron-phonon coupling raman spectroscopy vibration control energy storage materials advanced energy material material chemistry light science luminescence glassy carbon transition metal chalcogenides magnetic materials high tc superconductors optical glass glass photonics glass material functional glass graphite intercalation compounds vibrational modes pyrolytic carbon spectroscopic property surface-enhanced raman scattering wave scattering structural vibrations symmetry (physics) material physics material nonlinearities soft mode graphene nanomeshes layered materials low dimensional materials weak interactions chemical thermodynamics carbon nanotubules phonon modes cobalt-catalyzed carbon plasma nanoscale carbons electron-phonon coupling strength vibrational mode frequencies symmetry properties chiral carbon nanotubes long carbon nanotubes first principles mode stiffening mode softening

Notable Scholarly Works

Notable Federal Grants

Collaborators

Efficient Algorithm to Calculate the Optical Properties of Breast Tumors by High-Order Perturbation Theory. Journal of the Optical Society of America A (2023)

biophysicsnumerical analysisbiomedical imagingapplied mathematicsoptical propertiesnumerical mathematicshigh-order perturbation theorynumerical computationperturbation methodsefficient algorithm

First-Principles Study of the Optical Properties of Bamoo 3 /Srhfo 3 Hyperbolic Metamaterials. Computational Materials Science (2023)

lightwave technologymetamaterialslight sciencedynamic metamaterialselectromagnetic metamaterialscrystal researchoptical propertiesmath xmlnsoptical materialsapplied physicsmaterials sciencequantum metamaterialsphysicsnegative-index metamaterialoptical physicshyperbolic metamaterials

Spin-Polarized 2D Electron Gas at the Eutio3/Euo Interface. Crystals (2023)

electron configurationeutio3/euo interfacespintronicscondensed matter physicscondensed matterapplied physicsspin phenomenonelectronic materialsphysicsquantum materials

Existence of Two-Dimensional Hole Gas at the Interface of Bi(Zn, Ti)O 3 /Srtio 3 Heterostructures: An Ab-Initio Study. Computational Materials Science (2022)

mathematical physicsab-initio studytwo-dimensional hole gasmath xmlnscondensed matter physicsapplied physicsphysicscomputational physics

Hyperbolic Behavior and Antiferromagnetic Order in Rare-Earth Tellurides. Crystals (2022)

quantum magnetismhyperbolic behaviorrare earth mineralscondensed mattercondensed matter physicsapplied physicssolid-state physicsphysicsmagnetismantipode

BAZRSE3: Ab Initio Study of Anion Substitution for Bandgap Tuning in a Chalcogenide Material. Journal of Applied Physics (2019)

Marc OngDavid M. GuzmanQuinn CampbellIsmaila DaboRadi A. Jishi

advanced materialsbandgap tuningmaterials engineeringchalcogenide materialoptoelectronicsapplied physicsmaterials scienceelectronic materialsanion substitutionelectrical engineeringab-initio methods

Ab Initio Study of Optoelectronic and Magnetic Properties of Ternary Chromium Chalcogenides. Advances in Materials Science and Engineering (2018)

transition metal chalcogenidesternary chromium chalcogenidesii-vi semiconductormagnetic propertiescondensed matter physicscondensed mattermaterials scienceapplied physicselectronic materialsinorganic materialsab initio studymagnetism

First-Principles Investigation of Bivo3 for Thermochemical Water Splitting. International Journal of Hydrogen Energy (2018)

Marc OngQuinn CampbellIsmaila DaboRadi A. Jishi

engineeringfirst-principles investigationenergy chemistrymaterial chemistrythermochemical water splittingmaterials sciencehydrogen energyadvanced energy materialnanotechnologychemical engineering

Feynman Diagram Techniques in Condensed Matter Physics. (2014)

feynman diagram techniqueslattice field theorycondensed mattercondensed matter physicsapplied physicsphysicsquantum mechanics

Superconductivity in Graphene-Lithium. 2D Materials (2014)

advanced functional materialscarbonenergy storage materialssuperconductivitygraphene nanomeshesgraphenecondensed matter physicscondensed mattermaterials scienceapplied physicsquantum materials

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Radi Jishi

California State University, Los Angeles

Affiliations

College of Natural and Social Sciences

Department Of Natural Science

Department Of Physics And Astronomy

Rongxiang Xu College of Health and Human Services

School Of Engineering

NoneRadi Jishi is currently serving as a College Of Natural And Social Sciences faculty at California State University, 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

Radi Jishi

California State University, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Efficient Algorithm to Calculate the Optical Properties of Breast Tumors by High-Order Perturbation Theory. Journal of the Optical Society of America A (2023)

biophysicsnumerical analysisbiomedical imagingapplied mathematicsoptical propertiesnumerical mathematicshigh-order perturbation theorynumerical computationperturbation methodsefficient algorithm

First-Principles Study of the Optical Properties of Bamoo 3 /Srhfo 3 Hyperbolic Metamaterials. Computational Materials Science (2023)

Spin-Polarized 2D Electron Gas at the Eutio3/Euo Interface. Crystals (2023)

electron configurationeutio3/euo interfacespintronicscondensed matter physicscondensed matterapplied physicsspin phenomenonelectronic materialsphysicsquantum materials

Existence of Two-Dimensional Hole Gas at the Interface of Bi(Zn, Ti)O 3 /Srtio 3 Heterostructures: An Ab-Initio Study. Computational Materials Science (2022)

mathematical physicsab-initio studytwo-dimensional hole gasmath xmlnscondensed matter physicsapplied physicsphysicscomputational physics

Hyperbolic Behavior and Antiferromagnetic Order in Rare-Earth Tellurides. Crystals (2022)

quantum magnetismhyperbolic behaviorrare earth mineralscondensed mattercondensed matter physicsapplied physicssolid-state physicsphysicsmagnetismantipode

BAZRSE3: Ab Initio Study of Anion Substitution for Bandgap Tuning in a Chalcogenide Material. Journal of Applied Physics (2019)

Marc OngDavid M. GuzmanQuinn CampbellIsmaila DaboRadi A. Jishi

advanced materialsbandgap tuningmaterials engineeringchalcogenide materialoptoelectronicsapplied physicsmaterials scienceelectronic materialsanion substitutionelectrical engineeringab-initio methods

Ab Initio Study of Optoelectronic and Magnetic Properties of Ternary Chromium Chalcogenides. Advances in Materials Science and Engineering (2018)

First-Principles Investigation of Bivo3 for Thermochemical Water Splitting. International Journal of Hydrogen Energy (2018)

Marc OngQuinn CampbellIsmaila DaboRadi A. Jishi

engineeringfirst-principles investigationenergy chemistrymaterial chemistrythermochemical water splittingmaterials sciencehydrogen energyadvanced energy materialnanotechnologychemical engineering

Feynman Diagram Techniques in Condensed Matter Physics. (2014)

feynman diagram techniqueslattice field theorycondensed mattercondensed matter physicsapplied physicsphysicsquantum mechanics

Superconductivity in Graphene-Lithium. 2D Materials (2014)

advanced functional materialscarbonenergy storage materialssuperconductivitygraphene nanomeshesgraphenecondensed matter physicscondensed mattermaterials scienceapplied physicsquantum materials

1
2
3
4
5
6
10 / page