Faculty

Institution

Unit

Venue

Christopher Anderson

University of California, Los Angeles

Affiliations

the College

Center for Quantum Science and Engineering (cqse)

NoneChristopher Anderson is currently serving as a Center For Quantum Science And Engineering (Cqse) faculty at University of California, Los Angeles.

Honors

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Experiences

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Education

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Christopher Anderson

University of California, Los Angeles

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materials science applied physics computer science scientific computing neurology thin films computational science computational materials science central nervous system computational mechanics computational electromagnetics microscopy quantum dots solid-state electronics intensive care resuscitation numerical simulations child neurology epitaxial growth neurostimulation semiconductor nanostructures nanoscale science semiconductor devices nanometrology anesthesia practices numerical computation neurological disorders multicenter retrospective study responsive neurostimulation schroedinger-poisson equations layered semiconductor devices efficient solution high-precision real-space simulation optimal gaussian fits electronic structure theory arbitrary functions fourier-wachspress method three-dimensional layered domains ultiple processor computers boundary conditions fast solvers recurrent status epilepticus quantum chemistry quantum science quantum machine learning quantum simulation quantum computing quantum information science

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Multicenter Retrospective Study of Patients Treated in the Thalamus With Responsive Neurostimulation. Frontiers in Neurology (2023)

Madeline C. FieldsOnome EkaCristina SchreckingerPatricia DuganWael F. AsaadAndrew S. BlumKatie BullingerJon T. WillieDavid E. BurdetteChristopher AndersonImran H. QuraishiJason GerrardAnuradha SinghKyusang LeeJi Yeoun YooSaadi GhatanFedor PanovLara V. Marcuse

neurologyneurosciencecentral nervous systemresponsive neurostimulationmulticenter retrospective studyneurostimulation

High-Precision Real-Space Simulation of Electrostatically Confined Few-Electron States. AIP Advances (2022)

Christopher R. AndersonMark F. GyureSam QuinnAndrew PanRichard S. RossAndrey A. Kiselev

materials sciencehigh-precision real-space simulationapplied physicscomputational electromagneticselectrical engineering

Microwave-Frequency Scanning Gate Microscopy of a Si/Sige Double Quantum Dot. Nano Letters (2022)

Artem O. DenisovSeong W. OhGordian FuchsAdam R. MillsPengcheng ChenChristopher R. AndersonMark F. GyureArthur W. BarnardJason R. Petta

materials sciencenanotechnologynanometrologynanoscale scienceoptoelectronicsmicroscopynanomaterialssemiconductor devicesquantum dotssemiconductor nanostructuresapplied physicssolid-state electronics

Severe Abdominal Wall Infection After Subcostal Transversus Abdominis Plane Block: A Case Report. A&A Practice (2021)

Dustin HangDean WeichChristopher AndersonSylvia Yvonne Dolinski

resuscitationmedicinecritical careintensive careanesthesia practicessurgery

Pp2.4 – 2121 Recurrent Status Epilepticus and Dystonia Caused by a Mutation in Scn8a. European Journal of Paediatric Neurology (2013)

D PeakeJ AndersonC AndersonS McKee

neurologychild neurologyrecurrent status epilepticusneurological disorders

Efficient Solution of the Schroedinger–Poisson Equations in Layered Semiconductor Devices. Journal of Computational Physics (2009)

Christopher R. Anderson

materials sciencecomputer scienceengineeringscientific computingschroedinger-poisson equationsefficient solutioncomputational mechanicslayered semiconductor devices

A Fourier–Wachspress Method for Solving Helmholtz’s Equation in Three-Dimensional Layered Domains. Journal of Computational Physics (2005)

Christopher R. AndersonThomas C. Cecil

computer sciencethree-dimensional layered domainsfourier-wachspress methodscientific computingapplied physicsapplied mathematicsmathematical physicsnumerical analysis

A Level Set Method for Thin Film Epitaxial Growth. Journal of Computational Physics (2001)

Susan ChenBarry MerrimanMyungjoo KangRussel E. CaflischChristian RatschLi-Tien ChengMark GyureRonald P. FedkiwChristopher AndersonStanley Osher

computational sciencematerials sciencecomputer sciencescientific computingapplied physicsthin filmsepitaxial growthcomputational materials science

Automated Selection of Optimal Gaussian Fits to Arbitrary Functions in Electronic Structure Theory. Journal of Computational Chemistry (1998)

Claudine C. TazartesChristopher R. AndersonEmily A. Carter

computational chemistrycomputer scienceelectronic structure theoryarbitrary functionsoptimal gaussian fits

Manipulating Fast Solvers -Changing Their Boundary Conditions and Putting Them on Ultiple Processor Computers. (1988)

C.R. Anderson

numerical simulationscomputational engineeringengineeringultiple processor computersnumerical computationscientific computingmechanical engineeringcomputer engineeringfast solversboundary conditions

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10 / page

Christopher Anderson

University of California, Los Angeles

Affiliations

the College

Center for Quantum Science and Engineering (cqse)

NoneChristopher Anderson is currently serving as a Center For Quantum Science And Engineering (Cqse) faculty 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

Christopher Anderson

University of California, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Multicenter Retrospective Study of Patients Treated in the Thalamus With Responsive Neurostimulation. Frontiers in Neurology (2023)

neurologyneurosciencecentral nervous systemresponsive neurostimulationmulticenter retrospective studyneurostimulation

High-Precision Real-Space Simulation of Electrostatically Confined Few-Electron States. AIP Advances (2022)

Christopher R. AndersonMark F. GyureSam QuinnAndrew PanRichard S. RossAndrey A. Kiselev

materials sciencehigh-precision real-space simulationapplied physicscomputational electromagneticselectrical engineering

Microwave-Frequency Scanning Gate Microscopy of a Si/Sige Double Quantum Dot. Nano Letters (2022)

Artem O. DenisovSeong W. OhGordian FuchsAdam R. MillsPengcheng ChenChristopher R. AndersonMark F. GyureArthur W. BarnardJason R. Petta

materials sciencenanotechnologynanometrologynanoscale scienceoptoelectronicsmicroscopynanomaterialssemiconductor devicesquantum dotssemiconductor nanostructuresapplied physicssolid-state electronics

Severe Abdominal Wall Infection After Subcostal Transversus Abdominis Plane Block: A Case Report. A&A Practice (2021)

Dustin HangDean WeichChristopher AndersonSylvia Yvonne Dolinski

resuscitationmedicinecritical careintensive careanesthesia practicessurgery

Pp2.4 – 2121 Recurrent Status Epilepticus and Dystonia Caused by a Mutation in Scn8a. European Journal of Paediatric Neurology (2013)

D PeakeJ AndersonC AndersonS McKee

neurologychild neurologyrecurrent status epilepticusneurological disorders

Efficient Solution of the Schroedinger–Poisson Equations in Layered Semiconductor Devices. Journal of Computational Physics (2009)

Christopher R. Anderson

materials sciencecomputer scienceengineeringscientific computingschroedinger-poisson equationsefficient solutioncomputational mechanicslayered semiconductor devices

A Fourier–Wachspress Method for Solving Helmholtz’s Equation in Three-Dimensional Layered Domains. Journal of Computational Physics (2005)

Christopher R. AndersonThomas C. Cecil

computer sciencethree-dimensional layered domainsfourier-wachspress methodscientific computingapplied physicsapplied mathematicsmathematical physicsnumerical analysis

A Level Set Method for Thin Film Epitaxial Growth. Journal of Computational Physics (2001)

Susan ChenBarry MerrimanMyungjoo KangRussel E. CaflischChristian RatschLi-Tien ChengMark GyureRonald P. FedkiwChristopher AndersonStanley Osher

computational sciencematerials sciencecomputer sciencescientific computingapplied physicsthin filmsepitaxial growthcomputational materials science

Automated Selection of Optimal Gaussian Fits to Arbitrary Functions in Electronic Structure Theory. Journal of Computational Chemistry (1998)

Claudine C. TazartesChristopher R. AndersonEmily A. Carter

computational chemistrycomputer scienceelectronic structure theoryarbitrary functionsoptimal gaussian fits

Manipulating Fast Solvers -Changing Their Boundary Conditions and Putting Them on Ultiple Processor Computers. (1988)

C.R. Anderson

numerical simulationscomputational engineeringengineeringultiple processor computersnumerical computationscientific computingmechanical engineeringcomputer engineeringfast solversboundary conditions

1
10 / page

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Oregon State University

quantum machine learning

artificial general intelligence

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photonic architectures

Lorenzo Campos Venuti

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