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Michael Ziebel

Associate Research Scientist in the Department of Chemistry

Columbia University

Michael Ziebel is an Associate Research Scientist in the Department of Chemistry at Columbia University. His research centers on condensed matter physics and quantum materials, with a specific focus on magnetism, spintronics, and advanced functional materials. His recent work explores magnetic order and magnons in van der Waals CeSiI, magnetically confined excitons in layered antiferromagnets, and charge density waves in intercalated CrSBr. He has also investigated the coupling of electronic transitions to ferroelectric order in 2D semiconductors and frustrated electron hopping in two-dimensional lattices. His publications appear in leading venues including Nature Materials, Nature Physics, and Nature Communications.

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Michael Ziebel

Columbia University

Associate Research Scientist in the Department of Chemistry

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condensed matter physics applied physics materials science physics magnetism condensed matter quantum materials spintronics advanced functional materials electronic materials quantum science quantum magnetism magnetic resonance electromagnetism semiconductors particle physics nature physic spintronic materials spin dynamics spin phenomenon magnetic materials magnetic properties two-dimensional magnetic semiconductor hydrostatic pressure ligand substitution biophysics nanomaterials quantum chemistry solid-state electronics engineering science electronics statistical physics crystal growth crystal research structural chemistry crystal engineering atomic spectroscopy quantum photonic device charge transport semiconductor nanostructures nanometrology magnetic devices ferroelectric application low-dimensional systems quantum lattice system electron physic electronic structure semiconductor materials transition metal chalcogenides solid-state chemistry disordered quantum system relaxation process solid-state physics lattice (order) lattice theory exciton-coupled coherent magnons magnetic order crsbr behavior magnetic exchange hamiltonian spin waves magnetic phase transitions thin crsbr bulk excitons two-dimensional heavy fermions van der waals coherent magnons transient magnetoelastic coupling crystal crsbr

Notable Scholarly Works

Notable Federal Grants

Collaborators

Magnetic Order, Magnons, and Crystal Fields in Van Der Waals Cesii. arXiv (Cornell University) (2026)

crystal researchspintronicselectromagnetismcondensed matterquantum materialsphysicsstructural chemistrycrystal engineeringmagnetismnature physiccrystallographyelectron configurationmagnetic resonanceapplied physicsatomic spectroscopycondensed matter physicsmaterials science

Charge Density Wave and Ferromagnetism in Intercalated Crsbr. Advanced Materials (2025)

charge density wavequantum magnetismphysicscondensed matterapplied physicscondensed matter physics

Chemical Control of Symmetry and Bandgap in Tungsten Oxyhalide Van Der Waals Semiconductors. Journal of the American Chemical Society (2025)

inorganic chemistryelectronic structureelectronic materialschemistrysemiconductor materialscrystal growthtransition metal chalcogenidesmaterials sciencesolid-state chemistry

Coupling of Electronic Transition to Ferroelectric Order in a 2D Semiconductor. Nature Communications (2025)

Chun-Ying HuangDaniel G. ChicaZhi-Hao CuiTaketo HandaMorgan ThinelNicholas OlsenYufeng LiuMichael E. ZiebelGuiying HeYinming ShaoConnor A. OcchialiniJonathan PelliciariDmitri N. BasovMatthew SfeirAbhay PasupathyValentina BisogniDavid R. ReichmanXavier RoyXiaoyang Zhu

ferroelectric applicationelectronic transitionsemiconductorsmaterials scienceferroelectric order

Frustrated Electron Hopping From the Orbital Configuration in a Two-Dimensional Lattice. Nature Physics (2025)

low-dimensional systemsquantum mechanicstwo-dimensional latticestatistical physicsphysicsquantum materialscondensed matterquantum lattice systemelectron configurationelectron physicquantum scienceapplied physicscondensed matter physicsapplied mathematicsorbital configuration

Glassy Relaxation Dynamics in the Two-Dimensional Heavy Fermion Antiferromagnet Cesii. Nano Letters (2025)

disordered quantum systemrelaxation processquantum magnetismphysicsquantum materialscondensed mattersolid-state physicselectronic materialsglassy relaxation dynamicscondensed matter physicsmaterials science

Imaging Magnetic Switching in Orthogonally Twisted Stacks of a Van Der Waals Antiferromagnet. ACS Nano (2025)

solid-state electronicsspintronicselectromagnetismcondensed matterquantum materialsnanoelectronicsphysicsmagnetismnature physicelectromagnetic fieldsengineering scienceadvanced functional materialsmagnetic resonanceelectronicsapplied physicscondensed matter physics

Magnetically Confined Surface and Bulk Excitons in a Layered Antiferromagnet. Nature Materials (2025)

Yinming ShaoFlorian DirnbergerSiyuan QiuSwagata AcharyaSophia TerresEvan J. TelfordDimitar PashovBrian S. Y. KimFrancesco L. RutaDaniel G. ChicaAvalon H. DismukesMichael E. ZiebelYiping WangJeongheon ChoeYoun Jue BaeAndrew J. MillisMikhail I. KatsnelsonKseniia MosinaZdenek SoferRupert HuberXiaoyang ZhuXavier RoyMark van SchilfgaardeAlexey ChernikovD. N. Basov

quantum magnetismphysicsquantum materialscondensed mattermagnetic materialsmagnetismelectronic materialssuperconductivityadvanced functional materialsbulk excitonsapplied physicsmagnetic propertiescondensed matter physicsmaterials science

CRSBR: An Air-Stable, Two-Dimensional Magnetic Semiconductor. Nano Letters (2024)

Michael E. ZiebelMargalit L. FeuerJordan CoxXiaoyang ZhuCory R. DeanXavier Roy

nanomaterialssemiconductor nanostructuresnanotechnologynanometrologymagnetismmagnetic devicestwo-dimensional magnetic semiconductorsemiconductorsapplied physicscondensed matter physicsmaterials science

Frustrated Hopping From Orbital Decoration of a Primitive Two-Dimensional Lattice. arXiv (Cornell University) (2024)

Devarakonda, AravindKoay, Christie S.Chica, Daniel G.Thinel, MorganKundu, Asish K.Lin, ZhiGeorgescu, Alexandru B.Rossi, SebastianHan, Sae YoungZiebel, Michael E.Holbrook, Madisen A.Rajapitamahuni, AnilVescovo, ElioWatanabe, K.Taniguchi, T.Delor, MilanZhu, XiaoyangPasupathy, Abhay N.Queiroz, RaquelDean, Cory R.Roy, Xavier

applied mathematicsorbital decorationlattice (order)primitive two-dimensional latticecondensed matter physicslattice theory

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Michael Ziebel

Associate Research Scientist in the Department of Chemistry

Columbia University

Honors

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Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Ziebel

Columbia University

Associate Research Scientist in the Department of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Magnetic Order, Magnons, and Crystal Fields in Van Der Waals Cesii. arXiv (Cornell University) (2026)

Charge Density Wave and Ferromagnetism in Intercalated Crsbr. Advanced Materials (2025)

charge density wavequantum magnetismphysicscondensed matterapplied physicscondensed matter physics

Chemical Control of Symmetry and Bandgap in Tungsten Oxyhalide Van Der Waals Semiconductors. Journal of the American Chemical Society (2025)

inorganic chemistryelectronic structureelectronic materialschemistrysemiconductor materialscrystal growthtransition metal chalcogenidesmaterials sciencesolid-state chemistry

Coupling of Electronic Transition to Ferroelectric Order in a 2D Semiconductor. Nature Communications (2025)

ferroelectric applicationelectronic transitionsemiconductorsmaterials scienceferroelectric order

Frustrated Electron Hopping From the Orbital Configuration in a Two-Dimensional Lattice. Nature Physics (2025)

Glassy Relaxation Dynamics in the Two-Dimensional Heavy Fermion Antiferromagnet Cesii. Nano Letters (2025)

Imaging Magnetic Switching in Orthogonally Twisted Stacks of a Van Der Waals Antiferromagnet. ACS Nano (2025)

Magnetically Confined Surface and Bulk Excitons in a Layered Antiferromagnet. Nature Materials (2025)

CRSBR: An Air-Stable, Two-Dimensional Magnetic Semiconductor. Nano Letters (2024)

Michael E. ZiebelMargalit L. FeuerJordan CoxXiaoyang ZhuCory R. DeanXavier Roy

Frustrated Hopping From Orbital Decoration of a Primitive Two-Dimensional Lattice. arXiv (Cornell University) (2024)

applied mathematicsorbital decorationlattice (order)primitive two-dimensional latticecondensed matter physicslattice theory

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