Faculty

Institution

Unit

Venue

David Lederman

University of California, Santa Cruz

Affiliations

Physical & Biological Sciences

Physics

NoneDavid Lederman is currently serving as a Physical & Biological Sciences faculty at University of California, Santa Cruz.

Honors

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Experiences

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Education

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David Lederman

University of California, Santa Cruz

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materials science applied physics thin films condensed matter physics physics magnetism surface science condensed matter optoelectronics particle physics atomic physics electronic materials solid-state electronics epitaxial growth advanced materials electronics material research topological insulators ferromagnetism magnetic materials exchange bias crystal growth semiconductor materials semiconductor nanostructures molecular beam epitaxy applied mathematics surface characterization thin film processing neutron scattering solid-state physics semiconductor technology aluminum gallium nitride quantum science metals interface science magnetoresistance mechanical science plasmonics oxide electronics semiconductor devices printed electronics transition metal chemistry anisotropic materials hydrogen absorption material chemistry magnetic properties pulsed laser deposition surface engineering superconducting materials thermal engineering trace elements cryogenics quantum magnetism ferroelectric application critical behavior random-field effects specific-heat critical behavior transport properties random field dilute antiferromagnets protein science advanced functional materials experimental analysis direct observation optical engineering enzyme immobilization nanobiotechnology positive exchange bias random-field-induced spin-glass-like behavior ultrafast carrier dynamics superlattice effect surface phonon dirac plasmon states specific heat concentration inhomogeneities nature

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Direct Visualization of Relativistic Quantum Scars in Graphene Quantum Dots. Nature (2024)

Zhehao GeAnton M. GrafJoonas Keski-RahkonenSergey SlizovskiyPeter PolizogopoulosTakashi TaniguchiKenji WatanabeRyan Van HarenDavid LedermanVladimir I. Fal’koEric J. HellerJairo Velasco

relativistic quantum scarsquantum materialsbiophysicsgraphene quantum dotgraphenequantum dotsnaturedirect visualizationquantum mechanicsoptical propertiesquantum science

Suppressed Weak Antilocalization in Topological Insulator–Antiferromagnetic Insulator ( Bisb ) 2 Te 3 − Mnf 2 Thin Film Bilayers. Physical review. B./Physical review. B (2024)

Ryan Van HarenDavid Lederman

physicstopological insulatorsoptical propertiesweak antilocalization

Emergent Magnetic Phases and Piezomagnetic Effects in Mn X Ni 1 − X F 2 Thin Film Alloys. Physical review. B./Physical review. B (2023)

Ryan Van HarenNessa HaldDavid Lederman

materials scienceemergent magnetic phasesphysicsmagnetismpiezomagnetic effectsparticle physics

Geometric Influence on the Net Magnetic Moment in Lacoo3 Thin Films. Journal of materials research/Pratt's guide to venture capital sources (2023)

T. JoshiD. P. BelangerY. T. TanW. WenD. Lederman

materials scienceventure capitalmagnetismmaterial researchgeometric influenceapplied physicsadvanced materialsnet magnetic momentthin films

Giant Orbital Magnetic Moments and Paramagnetic Shift in Artificial Relativistic Atoms and Molecules. Nature Nanotechnology (2023)

Zhehao GeSergey SlizovskiyPeter PolizogopoulosToyanath JoshiTakashi TaniguchiKenji WatanabeDavid LedermanVladimir I. Fal’koJairo Velasco

materials sciencenanotechnologybiophysicsatomic physicscondensed matter physicsparamagnetic shiftartificial relativistic atomsparticle physicsquantum science

Magnetization Dynamics of a Cofe/Co2Mnsi Magnetic Bilayer Structure. Journal of Applied Physics (2023)

Sujung KimYawen GuoWeigang YangToyanath JoshiDavid LedermanHolger Schmidt

materials sciencemagnetismmagnetization dynamicscondensed matter physicsapplied physicselectronic materials

Photoinduced Structural Recovery Dynamics of Rare-Earth Nickelate Thin Films. Physical Review Materials (2023)

Jugal MehtaScott SmithJianheng LiKenneth AinslieNadia AlbayatiToyanath JoshiPooja RaoYu-Hsing ChengSpencer JeppsonRahul JangidEvguenia KarapetrovaDonald A. WalkoHaidan WenDavid LedermanRoopali Kukreja

materials sciencephysicsinorganic photochemistrymaterial analysismechanical sciencemetalsmaterial propertiesmaterials engineeringoptoelectronicsmaterial physicsthin film processingmaterial researchapplied physicsadvanced materialscondensed matterthin filmsmechanics of materials

Surface State Mediated Ferromagnetism in Mn 0.14 Bi 1.86 Te 3 Thin Films. Physical Review Materials (2023)

Ryan Van HarenToyanath JoshiDavid Lederman

materials sciencephysicscondensed matter physicssurface stateapplied physicscondensed matterthin filmssurface scienceferromagnetism

Surface State Mediated Ferromagnetism in Mn$_{0.14}$Bi$_{1.86}$Te$_3$ Thin Films. arXiv (Cornell University) (2022)

Van Haren, RyanJoshi, ToyanathLederman, David

materials sciencecondensed matter physicssurface stateapplied physicsthin filmssurface scienceferromagnetism

Carbonaceous Chondrite Outgassing Experiments: Implications for Methane Replenishment on Titan. (2021)

Xinting YuMaggie ThompsonTaylor DuncanKyle KimMyriam TelusXi ZhangToyanath JoshiDavid Lederman

materials sciencemethane replenishmenthigh-energy astrophysicsastronomybiogeochemistryplanetary sciencesplanetary changecarbonaceous chondrite

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David Lederman

University of California, Santa Cruz

Affiliations

Physical & Biological Sciences

Physics

NoneDavid Lederman is currently serving as a Physical & Biological Sciences faculty at University of California, Santa Cruz.

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 Lederman

University of California, Santa Cruz

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Direct Visualization of Relativistic Quantum Scars in Graphene Quantum Dots. Nature (2024)

Zhehao GeAnton M. GrafJoonas Keski-RahkonenSergey SlizovskiyPeter PolizogopoulosTakashi TaniguchiKenji WatanabeRyan Van HarenDavid LedermanVladimir I. Fal’koEric J. HellerJairo Velasco

relativistic quantum scarsquantum materialsbiophysicsgraphene quantum dotgraphenequantum dotsnaturedirect visualizationquantum mechanicsoptical propertiesquantum science

Suppressed Weak Antilocalization in Topological Insulator–Antiferromagnetic Insulator ( Bisb ) 2 Te 3 − Mnf 2 Thin Film Bilayers. Physical review. B./Physical review. B (2024)

Ryan Van HarenDavid Lederman

physicstopological insulatorsoptical propertiesweak antilocalization

Emergent Magnetic Phases and Piezomagnetic Effects in Mn X Ni 1 − X F 2 Thin Film Alloys. Physical review. B./Physical review. B (2023)

Ryan Van HarenNessa HaldDavid Lederman

materials scienceemergent magnetic phasesphysicsmagnetismpiezomagnetic effectsparticle physics

Geometric Influence on the Net Magnetic Moment in Lacoo3 Thin Films. Journal of materials research/Pratt's guide to venture capital sources (2023)

T. JoshiD. P. BelangerY. T. TanW. WenD. Lederman

materials scienceventure capitalmagnetismmaterial researchgeometric influenceapplied physicsadvanced materialsnet magnetic momentthin films

Giant Orbital Magnetic Moments and Paramagnetic Shift in Artificial Relativistic Atoms and Molecules. Nature Nanotechnology (2023)

Zhehao GeSergey SlizovskiyPeter PolizogopoulosToyanath JoshiTakashi TaniguchiKenji WatanabeDavid LedermanVladimir I. Fal’koJairo Velasco

materials sciencenanotechnologybiophysicsatomic physicscondensed matter physicsparamagnetic shiftartificial relativistic atomsparticle physicsquantum science

Magnetization Dynamics of a Cofe/Co2Mnsi Magnetic Bilayer Structure. Journal of Applied Physics (2023)

Sujung KimYawen GuoWeigang YangToyanath JoshiDavid LedermanHolger Schmidt

materials sciencemagnetismmagnetization dynamicscondensed matter physicsapplied physicselectronic materials

Photoinduced Structural Recovery Dynamics of Rare-Earth Nickelate Thin Films. Physical Review Materials (2023)

Surface State Mediated Ferromagnetism in Mn 0.14 Bi 1.86 Te 3 Thin Films. Physical Review Materials (2023)

Ryan Van HarenToyanath JoshiDavid Lederman

materials sciencephysicscondensed matter physicssurface stateapplied physicscondensed matterthin filmssurface scienceferromagnetism

Surface State Mediated Ferromagnetism in Mn$_{0.14}$Bi$_{1.86}$Te$_3$ Thin Films. arXiv (Cornell University) (2022)

Van Haren, RyanJoshi, ToyanathLederman, David

materials sciencecondensed matter physicssurface stateapplied physicsthin filmssurface scienceferromagnetism

Carbonaceous Chondrite Outgassing Experiments: Implications for Methane Replenishment on Titan. (2021)

Xinting YuMaggie ThompsonTaylor DuncanKyle KimMyriam TelusXi ZhangToyanath JoshiDavid Lederman

materials sciencemethane replenishmenthigh-energy astrophysicsastronomybiogeochemistryplanetary sciencesplanetary changecarbonaceous chondrite

1
2
3
4
5
30
10 / page

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quantum materials

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magnetic resonance

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