Faculty

Institution

Unit

Venue

David Ferry

Regents' Professor Emeritus

Arizona State University

Affiliations

Ira A. Fulton Schools of Engineering

School of Electrical, Computer and Energy Engineering

David Ferry is currently serving as an Ira A. Fulton Schools Of Engineering Regents' Professor Emeritus at Arizona State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David Ferry

Arizona State University

Regents' Professor Emeritus

You can click a keyword to filter the displayed items

applied physics materials science condensed matter physics optoelectronics physics electrical engineering solid-state electronics semiconductors electronics microelectronics electronic materials nanotechnology semiconductor technology particle physics condensed matter semiconductor devices thin films semiconductor nanostructures surface science power electronics aluminum gallium nitride quantum science charge transport raman spectroscopy open quantum dots device modeling compound semiconductors semiconductor materials printed electronics nanoscale science solid-state physics charge carrier transport vacuum device phonons quantum photonics semiconductor device fabrication quantum transport organic electronics scientific computing quantum devices cryogenics mechanical science thermal engineering interface science microwave technology vlsi technology electron transport material research conductance fluctuations lateral surface superlattices material chemistry carbon-based materials electronic engineering phase breaking ballistic quantum dots surface nanotechnology vlsi design computational physics intermittently connected device quantum technologies ballistic transport monte carlo simulation nanotribology gan power device solid-state chemistry wide-bandgap semiconductors hot carriers nanometrology quantum point contacts high-field transport monte carlo study monte carlo investigation surface characterization material physics open quantum-dot arrays surface roughness nanoelectronics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bohmian Mechanics as a Practical Tool. Fundamental theories of physics (2024)

Xabier Oianguren-AsuaCarlos F. DestefaniMatteo VillaniDavid K. FerryXavier Oriols

practical toolmechanicsbohmian mechanicsphysics

On the Use of Complex Band Structure to Study Valley Photovoltaics: Toward Efficient Hot Carrier Extraction. Journal of Photonics for Energy (2024)

David K. FerryVincent R. WhitesideIan R. Sellers

photovoltaicsvalley photovoltaicscomplex band structurephotonicssolar cells

Optical Qubits. Synthesis lectures on engineering, science, and technology (2024)

David K. Ferry

optical qubitscondensed matter physicsquantum computingapplied physicsphysicsquantum information scienceparticle physicsquantum scienceoptical computing

Processing in the Quantum World. Synthesis lectures on engineering, science, and technology (2024)

David K. Ferry

engineeringtechnologyquantum technologiesquantum worldquantum information sciencequantum science

An Investigation of the Background Potential in Quantum Constrictions Using Scanning Gate Microscopy and a Swarming Algorithm. Physica A Statistical Mechanics and its Applications (2023)

C.R. da CunhaN. AokiD.K. FerryA. VelasquezY. Zhang

quantum constrictionsswarming algorithmphysicsbackground potential

An Overview of Semiconductor Devices. IOP Publishing eBooks (2023)

David K FerryXavier OriolsJosef Weinbub

electronicssemiconductorselectrical engineering

Beyond the Electrostatic Approximation. IOP Publishing eBooks (2023)

David K FerryXavier OriolsJosef Weinbub

approximation theoryelectrostatic approximationapplied mathematics

Dissipation and Irreversibility in Computing. Materials Research Express (2023)

David K FerryWolfgang Porod

computational materials sciencematerials sciencecomputer science

Effective Potentials and Bohmian Trajectories. IOP Publishing eBooks (2023)

David K FerryXavier OriolsJosef Weinbub

particle physicsbohmian trajectorieseffective potentialseconomics

Electron–Atom Interaction: Band Structure. IOP Publishing eBooks (2023)

David K FerryXavier OriolsJosef Weinbub

atomic physicselectron-atom interactionmaterials scienceband structure

1
2
3
4
5
100
10 / page

David Ferry

Regents' Professor Emeritus

Arizona State University

Affiliations

Ira A. Fulton Schools of Engineering

School of Electrical, Computer and Energy Engineering

David Ferry is currently serving as an Ira A. Fulton Schools Of Engineering Regents' Professor Emeritus at Arizona State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David Ferry

Arizona State University

Regents' Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bohmian Mechanics as a Practical Tool. Fundamental theories of physics (2024)

Xabier Oianguren-AsuaCarlos F. DestefaniMatteo VillaniDavid K. FerryXavier Oriols

practical toolmechanicsbohmian mechanicsphysics

On the Use of Complex Band Structure to Study Valley Photovoltaics: Toward Efficient Hot Carrier Extraction. Journal of Photonics for Energy (2024)

David K. FerryVincent R. WhitesideIan R. Sellers

photovoltaicsvalley photovoltaicscomplex band structurephotonicssolar cells

Optical Qubits. Synthesis lectures on engineering, science, and technology (2024)

David K. Ferry

optical qubitscondensed matter physicsquantum computingapplied physicsphysicsquantum information scienceparticle physicsquantum scienceoptical computing

Processing in the Quantum World. Synthesis lectures on engineering, science, and technology (2024)

David K. Ferry

engineeringtechnologyquantum technologiesquantum worldquantum information sciencequantum science

An Investigation of the Background Potential in Quantum Constrictions Using Scanning Gate Microscopy and a Swarming Algorithm. Physica A Statistical Mechanics and its Applications (2023)

C.R. da CunhaN. AokiD.K. FerryA. VelasquezY. Zhang

quantum constrictionsswarming algorithmphysicsbackground potential

An Overview of Semiconductor Devices. IOP Publishing eBooks (2023)

David K FerryXavier OriolsJosef Weinbub

electronicssemiconductorselectrical engineering

Beyond the Electrostatic Approximation. IOP Publishing eBooks (2023)

David K FerryXavier OriolsJosef Weinbub

approximation theoryelectrostatic approximationapplied mathematics

Dissipation and Irreversibility in Computing. Materials Research Express (2023)

David K FerryWolfgang Porod

computational materials sciencematerials sciencecomputer science

Effective Potentials and Bohmian Trajectories. IOP Publishing eBooks (2023)

David K FerryXavier OriolsJosef Weinbub

particle physicsbohmian trajectorieseffective potentialseconomics

Electron–Atom Interaction: Band Structure. IOP Publishing eBooks (2023)

David K FerryXavier OriolsJosef Weinbub

atomic physicselectron-atom interactionmaterials scienceband structure

1
2
3
4
5
100
10 / page

Similar Faculty Members

Gerhard Klimeck

Institution

Purdue University

nanotechnology

nanoelectronics

Stephen Goodnick

Institution

Arizona State University

nanoelectronics

semiconductor

Dragica Vasileska

Institution

Arizona State University

nanotechnology

quantum field theory

Mathias Schubert

Institution

University of Nebraska–Lincoln

condensed matter

ellipsometric instrumentation development

Ki Wook Kim

Institution

North Carolina State University

signal processing

categoryquantum electronics

Eugene A. Fitzgerald

Institution

Massachusetts Institute of Technology

materials science

applied physics

Sanjay Banerjee

Institution

University of Texas at Austin

semiconductor device

electronic material

Zhenqiang Ma

Institution

University of Wisconsin–Madison

materials science

optoelectronics

Philippe Fauchet

Institution

Vanderbilt University

nano energy

nanoparticle research

Paul L Voss

Institution

Georgia Institute of Technology

materials science

electronic materials

Similar Faculty Members

Gerhard Klimeck

Institution

Purdue University

nanotechnology

nanoelectronics

Stephen Goodnick

Institution

Arizona State University

nanoelectronics

semiconductor

Dragica Vasileska

Institution

Arizona State University

nanotechnology

quantum field theory

Mathias Schubert

Institution

University of Nebraska–Lincoln

condensed matter

ellipsometric instrumentation development

Ki Wook Kim

Institution

North Carolina State University

signal processing

categoryquantum electronics

Eugene A. Fitzgerald

Institution

Massachusetts Institute of Technology

materials science

applied physics

Sanjay Banerjee

Institution

University of Texas at Austin

semiconductor device

electronic material

Zhenqiang Ma

Institution

University of Wisconsin–Madison

materials science

optoelectronics

Philippe Fauchet

Institution

Vanderbilt University

nano energy

nanoparticle research

Paul L Voss

Institution

Georgia Institute of Technology

materials science

electronic materials