Faculty

Institution

Unit

Venue

James C. Eckert

Professor of Physics

Harvey Mudd College

Affiliations

Center For Computational Science And Engineering

Harvey Mudd College

Department Of Biology

Department Of Computer Science

Department Of Physics

Humanities, Social Sciences, and the Arts

James C. Eckert is currently serving as a Center For Computational Science And Engineering Professor of Physics at Harvey Mudd College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James C. Eckert

Harvey Mudd College

Professor of Physics

You can click a keyword to filter the displayed items

materials science applied physics magnetism spintronics physics condensed matter physics thin films spin valves electrical engineering magnetoresistance atomic physics inorganic chemistry condensed matter magnetic materials giant magnetoresistance nickel films particle physics quantum science solid-state electronics structural chemistry electronics ferromagnetism magnetic properties picoscale antiferromagnetic layers space science transition metal chemistry coordination chemistry electrical insulation crystal research crystal engineering trace metals general relativity excited state property perovskite solar cells charge transport crystal structures structure determination structure elucidation magnetic devices molecule-based magnet quantum magnetism impurity effect frohlich conductivity anomalous transport properties spin polarization voltage jumps spin crossover magnetic structure variations hall studies niobium triselenide voltage oscillations thin irmn stripe domains

Notable Scholarly Works

Notable Federal Grants

Collaborators

Conductive Surface States and Kondo Exhaustion in Insulating Ybir 3 Si 7. Physical review. B./Physical review. B (2024)

Macy StavinohaC.-L. HuangW. Adam PhelanAlannah M. HallasV. LoganathanM. MichiardiJ. FalkeSergey ZhdanovichD. TakegamiC.-E. LiuK. D. TsueiC. T. ChenLong QianNicholas J. NgJeffrey W. LynnQingzhen HuangFranziska WeickertVivien ZapfKatharine R. LarsenPatricia D. SparksJames C. EckertAnand B. PuthirathHsiang-Hsi KungTor M. PedersenSergey GorovikovA. DamascelliL. H. TjengC. HooleyAndriy H. NevidomskyyE. Morosan

solid-state electronicsadvanced materialsphysicssurface scienceelectrical insulationconductive surface statesapplied physicsthin filmscondensed matter physicsmaterials science

Near‐Room‐Temperature Magnetoelectric Coupling via Spin Crossover in an Iron(II) Complex. Angewandte Chemie International Edition (2022)

Magdalena OwczarekMinseong LeeShuanglong LiuElla R. BlakeChloe S. TaylorGeorgia A. NewmanJames C. EckertJuan H. LealTroy A. SemelsbergerHai‐Ping ChengWanyi NieVivien S. Zapf

inorganic chemistryspin crossovercoordination chemistrytransition metal chemistrymaterials science

Ccdc 2042011: Experimental Crystal Structure Determination. The Cambridge Structural Database (2021)

crystal structurescrystal researchstructural chemistrycrystal engineeringcrystallographyccdc 2042011structure determinationstructure elucidationmaterials science

Kondo Exhaustion and Conductive Surface States in Antiferromagnetic Ybir$_3$Si$_7$. arXiv (Cornell University) (2019)

Macy StavinohaC. L. HuangW. Adam PhelanAlannah M. HallasV. LoganathanJeffrey W. LynnQingzhen HuangFranziska WeickertVivien ZapfKatharine R. LarsenPatricia D. SparksJames C. EckertAnand B. PuthirathC. HooleyAndriy H. NevidomskyyE. Morosan

spintronicssurface sciencenanotechnologyconductive surface stateskondo exhaustioncharge transportapplied physicsthin filmscondensed matter physicsmaterials science

Magnetic Properties of Double Perovskite L N 2 Coiro 6 ( L N = EU, Tb, Ho ): Hetero-Tri-Spin 3 D − 5 D − 4 F Systems. Physical review. B./Physical review. B (2019)

Xiaxin DingBin GaoElizabeth KrenkelCharles DawsonJames C. EckertSang-Wook CheongVivien Zapf

physicsmagnetismperovskite solar cellsapplied physicsmaterials science

Probing the Effect of Structural Roughness on Domain Wall Formation in Spin Valves Using the Offspecular Reflectivity Technique. IEEE Transactions on Magnetics (2008)

None Jun ParkS.M. WatsonC.M. FurjanicD.K. DraganovaM.J. CareyJ.A. BorchersNone Chih-Yung ChenP.D. SparksJ.C. Eckert

offspecular reflectivity techniquespintronicsmagnetismmechanical engineeringelectrical engineeringstructural roughnessdomain wall formationelectronicsapplied physicsspin valves

Thickness of the Pinned Layer as a Controlling Factor in Domain Wall Formation During Training in Irmn-Based Spin Valves. Journal of Applied Physics (2008)

Jun ParkShannon M. WatsonC. M. FurjanicD. K. DraganovaS. D. EisenbergD. J. TigheP. A. KienzleM. J. CareyJ. A. BorchersP. D. SparksJ. C. Eckert

pinned layerspintronicsphysicsirmn-based spin valvesmagnetismmechanical engineeringdomain wall formationapplied physicscondensed matter physics

The Effects of Ruthenium and Grain Size on Spin Valves With Ultra Thin Antiferromagnetic Pinning Layers. IEEE Transactions on Magnetics (2007)

C. FurjanicD. K. DraganovaW. BuchananS. M. MoyermanW. GannettP. D. SparksM. J. CareyJ. C. Eckert

spintronicselectromagnetismmagnetismelectrical engineeringgrain sizeelectronicsapplied physicsspin valves

Composition Controlled Spin Polarization in Co 1 − X Fe X S 2: Electronic, Magnetic, and Thermodynamic Properties. Physical Review B (2006)

L. WangT. Y. ChenC. L. ChienJ. G. CheckelskyJ. C. EckertE. D. DahlbergK. UmemotoR. M. WentzcovitchC. Leighton

excited state propertyspin polarizationparticle physicsphysicsatomic physicsmagnetismquantum scienceapplied physicsthin filmscondensed matter physicsmaterials science

Ferromagnetic Relaxation in Spin Valves With Picoscale Antiferromagnetic Layers. IEEE Transactions on Magnetics (2006)

S.M. MoyermanW. GannettJ.A. BorchersM. DoucetM.J. CareyP.D. SparksJ.C. Eckert

picoscale antiferromagnetic layersferromagnetismspintronicselectromagnetismmagnetismferromagnetic relaxationapplied physicsspin valves

1
2
3
4
10 / page

James C. Eckert

Professor of Physics

Harvey Mudd College

Affiliations

Center For Computational Science And Engineering

Harvey Mudd College

Department Of Biology

Department Of Computer Science

Department Of Physics

Humanities, Social Sciences, and the Arts

James C. Eckert is currently serving as a Center For Computational Science And Engineering Professor of Physics at Harvey Mudd College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James C. Eckert

Harvey Mudd College

Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Conductive Surface States and Kondo Exhaustion in Insulating Ybir 3 Si 7. Physical review. B./Physical review. B (2024)

solid-state electronicsadvanced materialsphysicssurface scienceelectrical insulationconductive surface statesapplied physicsthin filmscondensed matter physicsmaterials science

Near‐Room‐Temperature Magnetoelectric Coupling via Spin Crossover in an Iron(II) Complex. Angewandte Chemie International Edition (2022)

Magdalena OwczarekMinseong LeeShuanglong LiuElla R. BlakeChloe S. TaylorGeorgia A. NewmanJames C. EckertJuan H. LealTroy A. SemelsbergerHai‐Ping ChengWanyi NieVivien S. Zapf

inorganic chemistryspin crossovercoordination chemistrytransition metal chemistrymaterials science

Ccdc 2042011: Experimental Crystal Structure Determination. The Cambridge Structural Database (2021)

crystal structurescrystal researchstructural chemistrycrystal engineeringcrystallographyccdc 2042011structure determinationstructure elucidationmaterials science

Kondo Exhaustion and Conductive Surface States in Antiferromagnetic Ybir$_3$Si$_7$. arXiv (Cornell University) (2019)

spintronicssurface sciencenanotechnologyconductive surface stateskondo exhaustioncharge transportapplied physicsthin filmscondensed matter physicsmaterials science

Magnetic Properties of Double Perovskite L N 2 Coiro 6 ( L N = EU, Tb, Ho ): Hetero-Tri-Spin 3 D − 5 D − 4 F Systems. Physical review. B./Physical review. B (2019)

Xiaxin DingBin GaoElizabeth KrenkelCharles DawsonJames C. EckertSang-Wook CheongVivien Zapf

physicsmagnetismperovskite solar cellsapplied physicsmaterials science

Probing the Effect of Structural Roughness on Domain Wall Formation in Spin Valves Using the Offspecular Reflectivity Technique. IEEE Transactions on Magnetics (2008)

None Jun ParkS.M. WatsonC.M. FurjanicD.K. DraganovaM.J. CareyJ.A. BorchersNone Chih-Yung ChenP.D. SparksJ.C. Eckert

offspecular reflectivity techniquespintronicsmagnetismmechanical engineeringelectrical engineeringstructural roughnessdomain wall formationelectronicsapplied physicsspin valves

Thickness of the Pinned Layer as a Controlling Factor in Domain Wall Formation During Training in Irmn-Based Spin Valves. Journal of Applied Physics (2008)

Jun ParkShannon M. WatsonC. M. FurjanicD. K. DraganovaS. D. EisenbergD. J. TigheP. A. KienzleM. J. CareyJ. A. BorchersP. D. SparksJ. C. Eckert

pinned layerspintronicsphysicsirmn-based spin valvesmagnetismmechanical engineeringdomain wall formationapplied physicscondensed matter physics

The Effects of Ruthenium and Grain Size on Spin Valves With Ultra Thin Antiferromagnetic Pinning Layers. IEEE Transactions on Magnetics (2007)

C. FurjanicD. K. DraganovaW. BuchananS. M. MoyermanW. GannettP. D. SparksM. J. CareyJ. C. Eckert

spintronicselectromagnetismmagnetismelectrical engineeringgrain sizeelectronicsapplied physicsspin valves

Composition Controlled Spin Polarization in Co 1 − X Fe X S 2: Electronic, Magnetic, and Thermodynamic Properties. Physical Review B (2006)

L. WangT. Y. ChenC. L. ChienJ. G. CheckelskyJ. C. EckertE. D. DahlbergK. UmemotoR. M. WentzcovitchC. Leighton

excited state propertyspin polarizationparticle physicsphysicsatomic physicsmagnetismquantum scienceapplied physicsthin filmscondensed matter physicsmaterials science

Ferromagnetic Relaxation in Spin Valves With Picoscale Antiferromagnetic Layers. IEEE Transactions on Magnetics (2006)

S.M. MoyermanW. GannettJ.A. BorchersM. DoucetM.J. CareyP.D. SparksJ.C. Eckert

picoscale antiferromagnetic layersferromagnetismspintronicselectromagnetismmagnetismferromagnetic relaxationapplied physicsspin valves

1
2
3
4
10 / page