Faculty

Institution

Unit

Venue

Daram Ramdin

Professor of Physics Professor of Electrical and Computer Engineering & Center for Materials Research Scholar

Ohio State University

Affiliations

College of Arts and Sciences

Physics

College of Engineering

Electrical and Computer Engineering

Daram Ramdin is currently serving as a College Of Arts And Sciences Professor of Physics Professor of Electrical and Computer Engineering & Center for Materials Research Scholar at Ohio State University.

Honors

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Experiences

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Education

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Daram Ramdin

Ohio State University

Professor of Physics Professor of Electrical and Computer Engineering & Center for Materials Research Scholar

You can click a keyword to filter the displayed items

materials science applied physics surface science electronic materials thin films optoelectronics solid-state electronics semiconductors condensed matter physics electronics interface science microelectronics physics nanotechnology semiconductor technology electrical engineering semiconductor nanostructures semiconductor devices aluminum gallium nitride vacuum device materials engineering condensed matter material research defect formation compound semiconductors semiconductor materials luminescence oxide electronics material chemistry surface characterization power electronics gan power device surface chemistry surface nanotechnology nanoscale science metals printed electronics nanoparticle research interface chemistry semiconductor device fabrication electronic structure epitaxial growth surface analysis mechanical science cathodoluminescence spectroscopy native point defects composite science applied chemistry charge transport surface engineering zno surfaces nuclear science advanced functional materials solid-state chemistry gallium oxide nuclear engineering surface reactivity wide-bandgap semiconductors band bending metal-semiconductor interfaces advanced energy material layered materials schottky barrier formation solid-state physics radiation effects nanoscale chemistry metal interfaces deep level formation schottky barriers deep levels zno schottky barriers defect states deep level defects fermi-level pinning gan surfaces surface photovoltage advanced dielectric nanoelectronics molecular beam epitaxy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Atomic Scale Defect Formation and Evolution at Liga5O8/β-Ga2O3 and Ga2O3/Ni/Au Interfaces. Microscopy and Microanalysis (2024)

Christopher ChaeKaitian ZhangDaram RamdinVijay Gopal Thirupakuzi VangipuramLeonard J BrillsonHongping ZhaoJinwoo Hwang

materials sciencedefect formationmicroscopyinterface scienceinterface (matter)

Impact of Metal Diffusion, Lattice Distortions, Native Defects, and Ambient on Dielectric Breakdown in Ni–Ga2O3 Schottky Diodes. APL Materials (2024)

Daram N. RamdinHsien-Lien HuangChristopher ChaeSushovan DharaSiddharth RajanJinwoo HwangLeonard J. Brillson

lattice distortionsmaterials sciencenative defectsdielectric breakdownmaterial researchmetal diffusionadvanced materialssemiconductors

Native Point Defects Controlling Piezoelectric Voltage in Strained Zno Microwires. ACS Omega (2024)

Kalpak DuddellaKamila ThompsonMicah HasemanLeonard J. Brillson

piezoelectric voltagematerials sciencenanotechnologynanoelectronicselectronicsoxide electronicsdefect tolerancemechanical engineeringstrained zno microwirespiezoelectricitynative point defectssemiconductorsmicrowave technologyoptical propertieselectrical engineering

Point Defect Distributions in Ultrafast Laser-Induced Periodic Surface Structures on β-Ga2o3. Journal of Applied Physics (2024)

Daram N. RamdinEmma DeAngelisMohamed Yaseen NoorMicah S. HasemanEnam A. ChowdhuryLeonard J. Brillson

ultrafast laser spectroscopylaser sciencepoint defect distributionsapplied physicslaserssurface science

Defects at Nanoscale Semiconductor Interfaces: Challenges and Opportunities. Journal of materials research/Pratt's guide to venture capital sources (2023)

Leonard J. Brillson

materials sciencenanotechnologynanoscale sciencenanoscale semiconductor interfacesmaterial researchsemiconductor nanostructuressemiconductorsinterface science

Electric Field Induced Migration of Native Point Defects in Ga2O3 Devices. Journal of Applied Physics (2023)

Micah S. HasemanDaram N. RamdinWenshen LiKazuki NomotoDebdeep JenaHuili Grace XingLeonard J. Brillson

semiconductor technologypotential impactnanotechnologyoxide electronicsdefect formationoptoelectronicsnative point defectssemiconductor nanostructuresgallium oxideapplied physicsadvanced functional materialssemiconductorssolid-state electronicselectric fieldluminescenceelectrical engineeringelectronic materials

Electric Field Manipulation of Defects and Schottky Barrier Control Inside Zno Nanowires. ACS Applied Materials & Interfaces (2023)

Micah S. HasemanHantian GaoKalpak DuddellaLeonard J. Brillson

materials sciencenanotechnologyelectronicsmaterials engineeringoptoelectronicsnanomaterialsmaterial researchelectric field manipulationapplied physicsschottky barrier controlinterface scienceelectrical engineering

Lithium Spatial Distribution and Split-Off Electronic Bands at Nanoscale V 2 O 5 /Lipon Interfaces. ACS Applied Energy Materials (2023)

Zach LevyVictoria Castagna FerrariPablo RosasMitchell J. WalkerKalpak DuddellaMicah HasemanDavid StewartGary RubloffLeonard J. Brillson

lithium spatial distributionmaterials sciencenanotechnologyenergy materialsinterface chemistryenergy engineeringengineeringnanoscale sciencecondensed matter physicsenergy researchnanomaterialsenergy storageenergy storage materialsapplied physicsadvanced materialssplit-off electronic bandsinterface sciencenanoscale chemistry

Nanoscale Interplay of Native Point Defects Near Sr-Deficient Srxtio3/Srtio3 Interfaces. Journal of Vacuum Science & Technology A Vacuum Surfaces and Films (2022)

Brenton A. NoesgesDaesu LeeJung-Woo LeeChang-Beom EomLeonard J. Brillson

vacuum devicematerials sciencenanotechnologysurface nanotechnologynanomaterialsnative point defectsnanoscale interplayapplied physicsthin filmssurface nanoengineeringsurface scienceinterface scienceinterface (matter)

Optical and Electronic Effects of Rapid Thermal Annealing at Ir–Ga2O3 Interfaces. Journal of Applied Physics (2022)

Daram N. RamdinMicah S. HasemanHsien-Lien HuangKevin D. LeedyJinwoo HwangLeonard J. Brillson

materials sciencephysicsoptoelectronicsinterface scienceelectronic effectsapplied physicsoptical materialsthin filmssurface scienceoptical properties

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Daram Ramdin

Professor of Physics Professor of Electrical and Computer Engineering & Center for Materials Research Scholar

Ohio State University

Affiliations

College of Arts and Sciences

Physics

College of Engineering

Electrical and Computer Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daram Ramdin

Ohio State University

Professor of Physics Professor of Electrical and Computer Engineering & Center for Materials Research Scholar

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Atomic Scale Defect Formation and Evolution at Liga5O8/β-Ga2O3 and Ga2O3/Ni/Au Interfaces. Microscopy and Microanalysis (2024)

Christopher ChaeKaitian ZhangDaram RamdinVijay Gopal Thirupakuzi VangipuramLeonard J BrillsonHongping ZhaoJinwoo Hwang

materials sciencedefect formationmicroscopyinterface scienceinterface (matter)

Impact of Metal Diffusion, Lattice Distortions, Native Defects, and Ambient on Dielectric Breakdown in Ni–Ga2O3 Schottky Diodes. APL Materials (2024)

Daram N. RamdinHsien-Lien HuangChristopher ChaeSushovan DharaSiddharth RajanJinwoo HwangLeonard J. Brillson

lattice distortionsmaterials sciencenative defectsdielectric breakdownmaterial researchmetal diffusionadvanced materialssemiconductors

Native Point Defects Controlling Piezoelectric Voltage in Strained Zno Microwires. ACS Omega (2024)

Kalpak DuddellaKamila ThompsonMicah HasemanLeonard J. Brillson

Point Defect Distributions in Ultrafast Laser-Induced Periodic Surface Structures on β-Ga2o3. Journal of Applied Physics (2024)

Daram N. RamdinEmma DeAngelisMohamed Yaseen NoorMicah S. HasemanEnam A. ChowdhuryLeonard J. Brillson

ultrafast laser spectroscopylaser sciencepoint defect distributionsapplied physicslaserssurface science

Defects at Nanoscale Semiconductor Interfaces: Challenges and Opportunities. Journal of materials research/Pratt's guide to venture capital sources (2023)

Leonard J. Brillson

materials sciencenanotechnologynanoscale sciencenanoscale semiconductor interfacesmaterial researchsemiconductor nanostructuressemiconductorsinterface science

Electric Field Induced Migration of Native Point Defects in Ga2O3 Devices. Journal of Applied Physics (2023)

Micah S. HasemanDaram N. RamdinWenshen LiKazuki NomotoDebdeep JenaHuili Grace XingLeonard J. Brillson

Electric Field Manipulation of Defects and Schottky Barrier Control Inside Zno Nanowires. ACS Applied Materials & Interfaces (2023)

Micah S. HasemanHantian GaoKalpak DuddellaLeonard J. Brillson

Lithium Spatial Distribution and Split-Off Electronic Bands at Nanoscale V 2 O 5 /Lipon Interfaces. ACS Applied Energy Materials (2023)

Zach LevyVictoria Castagna FerrariPablo RosasMitchell J. WalkerKalpak DuddellaMicah HasemanDavid StewartGary RubloffLeonard J. Brillson

Nanoscale Interplay of Native Point Defects Near Sr-Deficient Srxtio3/Srtio3 Interfaces. Journal of Vacuum Science & Technology A Vacuum Surfaces and Films (2022)

Brenton A. NoesgesDaesu LeeJung-Woo LeeChang-Beom EomLeonard J. Brillson

Optical and Electronic Effects of Rapid Thermal Annealing at Ir–Ga2O3 Interfaces. Journal of Applied Physics (2022)

Daram N. RamdinMicah S. HasemanHsien-Lien HuangKevin D. LeedyJinwoo HwangLeonard J. Brillson

materials sciencephysicsoptoelectronicsinterface scienceelectronic effectsapplied physicsoptical materialsthin filmssurface scienceoptical properties

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2
3
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5
36
10 / page

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